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I.The logic of cosmetic emulsification bids farewell to the era of basic adaptation   Unlike the traditional emulsifying system, which pursues the basic goal of formula forming, the new era of emulsifying technology pays more attention to the unity of cost performance and practicality, that is, it uses a lower amount of emulsifier to stabilize a higher proportion of the multi-oil phase system, while taking into account the three core indicators of product stability, skin feeling, and gentleness.In this transformation process, a variety of high-performance special emulsified raw materials stood out. Among them, OILREE®MY967 has become the core representative raw material for the upgrading of the industry's high-oil phase emulsification system with its excellent non-polar oil adaptation ability, minimalist use process and stable emulsification effect.   II. The basic attributes and core advantages of OILREE®MY967   OILREE®MY967 PEG-100 STEARATE/GLYCERYL STEARATE is a composite nonionic emulsifier specially developed for oil-in-water systems. It has outstanding fat-soluble properties and is accurately adapted to the formula development needs of mainstream skin care categories such as skin care creams and lotions.The raw material is composed of a scientific ratio. The core ingredients are peg-100 stearate and glyceryl stearate. The two ingredients work synergistically, abandoning the disadvantages of traditional emulsifiers that rely on multi-raw material compounding to stabilize the system. It has multiple advantages of ready-to-use, easy operation, wide compatibility and strong stability.   The appearance of OILREE®MY967 is white to yellowish particles, the raw materials have high purity and few impurities, and meet the compliance standards of cosmetic-grade raw materials. At the same time, it holds rspo sustainable palm oil certification and halal halal certification, which can be adapted to the mass production and export needs of many domestic and foreign regional brands.As a fat-soluble emulsified raw material, it is not soluble in cold water, can be fully soluble in the oil system, can quickly penetrate the oil phase components, evenly wrap the oil molecules, and lay the foundation for the stable combination of water and oil. It is perfectly adapted to the non-polar oil system with white oil, isoalkanes, etc. as the core.   The biggest core highlight of this raw material is convenience and efficiency.Traditional high-oil-phase emulsifying formulas often need to be combined with 2-3 kinds of emulsifying and co-emulsifying raw materials for debugging. The process is cumbersome, the research and development cycle is long, and it is easy to cause insufficient stability of the finished product due to the deviation of the raw material ratio.The OILREE®MY967 supports the ideal emulsification effect can be achieved by using it alone, without the need for additional emulsifiers, which greatly simplifies the formula debugging process and production process.   High oil phase and high load-bearing performance are its core competitiveness based on the market, and it is also a key feature that fits the current trend of upgrading emulsification efficiency.After a large number of formula measurements and verification, only 3 parts of the added amount of OILREE®MY967 can stably carry up to 60 parts of the oil phase components dominated by non-polar oils, and the ultra-high grease load can be achieved with a very low addition ratio, completely breaking the traditional emulsifier “high grease, high addition” industry limitations.It can be adapted to most medium and high-oil moisturizing skin care formulas. Under the premise of low addition, it can not only ensure the long-term stability of the system, but also will not introduce excessive surfactants, so as to avoid the root cause of the cream sticky, false smoothness, stuffy skin and other negative skin feeling problems.   At the same time, this raw material has excellent system stability and is suitable for strict mass production testing standards such as hot and cold circulation, long-term sample retention, and centrifugal testing.In a high-proportion non-polar grease system, the molecular structure of water and oil can be effectively locked, and the problems of water separation, stratification, thinning of the paste, uneven gloss, and particle precipitation can be avoided during the storage of the finished product. Even in extreme environments such as high temperature and low temperature, the consistency and stability of the paste can be maintained.Relying on its excellent overall performance, the raw material is widely used in various moisturizing skin care creams, repairing lotions, body care products and other fields.     III. High-efficiency emulsified raw materials unlock the possibility of multiple formulas   The skin barrier of dry and sensitive muscles is weak, and a high proportion of non-polar oils are required to form a dense water-locking film on the surface of the skin to achieve long-term moisturizing and barrier repair. However, high content of non-polar oils such as white oil can easily cause imbalance in the emulsifying system, and it is easy to cause the cream to be heavy and paste the face.With the help of OILREE®MY967's efficient emulsifying ability, the formula can carry a high proportion of non-polar oils of more than 20%, while relying on the low additive characteristics to maintain the cream's light, soft and waxy texture, easy to push away on the face, fast absorption, taking into account the powerful repair and refreshing skin feeling, it is perfectly adapted to the core needs of sensitive skin and dry skin users.   Large-capacity body creams and body creams have extremely high requirements for formula stability and cost controllability. Traditional emulsifying systems are prone to problems such as long-term storage stratification and low temperature agglomeration in autumn and winter.OILREE®MY967's minimalist formula system and super stable performance can be adapted to the mass production needs of large-capacity products, and long-term storage is not easy to deteriorate and stratify.Some formulas will be used with cetyl palmitate to adjust the consistency and moisture of the cream, which can be perfectly compatible with it, effectively solving the problem of emulsification that waxy ingredients are easy to precipitate and clump after being added, and making the texture of body care products more delicate and uniform.   In addition, some emollient formulas will add lightweight oils to optimize the application texture. Among them, isopropyl myristate is often used to improve the smoothness of the cream and reduce the friction of application. In this kind of compound oil phase system, OILREE®MY967 can be compatible with polar and non-polar compound oils, balance the difficulty of emulsifying multiple oil phases, ensure the stability of the system, and optimize the product's skin experience, so that the emulsion can take into account the moisturizing power and freshness.   In the past, when formulators developed products, they needed to prioritize the upper limit of grease addition based on the performance of the emulsifier, and constantly compromise product efficacy for the sake of emulsification stability. Now, relying on the blessing of high-performance raw materials such as oil in water emulsifier, R&D personnel can prioritize the product's efficacy positioning and grease ratio, and then match it with an adapted and efficient emulsifying system, so that formula research and development truly focuses on consumer needs and product efficacy, rather than being bound by the shortcomings of emulsification technology.     IV. The emulsification efficiency will become the core track of formula iteration   At present, the competition in the beauty market has shifted from a single efficacy competition to a comprehensive competition of texture, stability, gentleness, and cost performance, and the emulsification system is the core basis for determining the comprehensive quality of products.In the future, the industry will completely get rid of the research and development misunderstanding of “heavy efficacy and light substrate”, and continue to deepen the basic technical fields such as emulsification efficiency, high oil phase load, and system stability.The low-additive, high-load, easy-to-adapt, and highly stable high-performance emulsified raw materials represented by OILREE®MY967 will gradually replace the traditional inefficient emulsifying system and become the mainstream choice for moisturizing skin care products, efficacy repair products, and large-capacity care products.   At the same time, with the development of refined and high-end formulas, emulsification technology will advance in the direction of precise adaptation and targeted optimization. Special emulsified raw materials for different oil phase systems such as non-polar oils, polar oils, and waxy compounding will continue to emerge, promoting the cosmetic emulsification system from “universal adaptation” to “precise and efficient”.It is foreseeable that relying on the continuous upgrading of emulsification efficiency, the beauty market will give birth to more high-quality products that take into account high nourishment, light skin feeling, high stability, high temperature and high temperature in the future, to continue to meet the diversified and refined skin care needs of consumers, and promote the continuous advancement of domestic beauty formula technology.

The “moisturizing feeling” of hand cream is changing   In the traditional hand cream formula, oils and emollient components play the core nursing role.They give the cream a soft touch, can quickly improve dry hands, and bring an intuitive nursing experience.Especially in daytime use scenarios, excessive oil film can seriously interfere with daily actions.Just after applying the hand cream, you have to touch the screen, type, flip through documents, and hold the steering wheel. If the cream floats on the surface of the skin for a long time, the sticky feeling will become a burden to use.Previously, the procurement of raw materials focused more on moisturizing power, emollient effect and basic stability. Now, questions about the degree of stickiness, spreading performance, ointment physique, and skin feeling after film formation are becoming more and more specific.   Let the hand cream face more actual scenes   There is an essential difference between hand cream and most body care products.After applying the cream, the face is less subject to repeated rubbing by external objects; hand cream is the opposite. After applying, the hands will immediately be involved in various daily activities. This is also the real reason why the skin feeling is constantly increasing in the hand cream formula the weight.   If a hand cream takes a long time to subside the stickiness, the user will take the initiative to reduce the frequency of use during the day; but if the texture is too light and thin, it is easy to lack enough care.This dilemma has long plagued the development of hand cream.   Some products on the market mainly focus on thickening at night, emphasizing the sense of wrapping and closed repair; the other part is positioned for portable daily use, suitable for quick replenishment after washing hands.Product positioning is different, and the direction of formula design is naturally differentiated.However, no matter what kind of positioning, the comprehensive tactile touch of the paste after it is taken, applied, and formed into a film is included in the formula evaluation system.The competition on the hand cream track has extended from a simple competition for moisture to a complete full-process experience.   From thick to silky, the choice of raw materials begins to become finer   The ultimate skin feeling of hand cream cannot be determined by a single raw material.The oil phase, the moisturizing system, the emulsifying system, and the thickening rheological system will all work together to affect the texture of the finished product.Among them, the oil phase directly determines the most intuitive softening and lubrication performance, but modern formulas no longer rely on simply increasing the amount of grease added to achieve the effect.The skin feeling of different oily raw materials is significantly different. Some tend to be soft and moisturizing, some are mainly light and light, and some are good at spreading.For example, isopropyl myristate can be used as an option in oil phase design.   The same oil phase ratio, with different emulsifying and thickening systems, the final experience of getting started will be very different.For hand creams, the ideal state is not to achieve the ultimate in a certain parameter, but to be compatible and balanced between the components: the cream has elasticity but is not difficult to push; it has moisturizing power but is not overly greasy; it is smooth to apply, and there is no obvious sticky feeling after the film is formed.     Composite raw materials are leaving more space for the formula   THICION®MY905 ACRYLAMIDE & AMMONIUM ACRYLATE COPOLYMER & MINERAL OIL & LAURETH-7 moisturizer and lubricant, with a refreshing, silky, delicate skin feeling, while reducing the stickiness of the system, suitable for creams, lotions, essences and other dosage forms.The product characteristics are just in line with the current development requirements of hand cream for skin feeling optimization.   Hand cream requires not only a molded cream structure, but also to ensure smooth application.The value of this composite raw material is not limited to the traditional thickening effect.THICION®MY905 multi-component is pre-compounded into a stable system, which is also the core difference between it and the single-component raw material.For hand cream formulas that take into account texture and skin feeling at the same time, composite raw materials provide R&D personnel with new debugging ideas.   There is also a distance between the emulsifying system and the skin feeling   Hand cream is inseparable from a stable emulsifying system. In the eyes of consumers, it is just a white cream; in the perspective of formula, it is a complex system of aqueous phase, oil phase, emulsifier, and structural components.The first task of the emulsifying system is to ensure the stability of the shelf life, but the stability does not mean that the use experience is excellent.Once the emulsification brings a heavy texture, or the matching with the oil phase and thickening system is unbalanced, the finished product will still have problems such as poor spreading and excessive viscosity.   Therefore, the development of hand cream, emulsification stability and skin feeling optimization need to be considered simultaneously.For example, the system corresponding to Oil in water emulsion needs to be judged according to the composition of the oil phase, the emulsification requirements and the final texture in the specific formula.This also reflects the trend of the cosmetic raw material industry: customers purchase raw materials and pursue practical solutions to problems after they are integrated into the formula, rather than isolated raw material performance parameters.   Lightweight hand cream is expanding the use scenario   As the frequency of use increases, the shortness of skin feeling will be magnified exponentially.With occasional use, a slight heavy feeling is acceptable; if you apply it multiple times a day, especially after washing your hands every time, it becomes essential to be refreshing, easy to push away, and low stickiness.Lightweight hand cream has emerged. It is not a complete replacement for traditional thick moisturizing models, but covers differentiated consumption scenarios: office, commuting, summer, and air-conditioned environments are adapted to lightweight versions; winter and night repairs can still retain the highly moisturizing formula.     Moisturizing raw materials are also beginning to face the requirements of "refreshing”   Hand cream is inseparable from moisturizing, but the moisturizing system also needs to take into account the skin feeling. The public's understanding of moisturizing has been iterated, and they are no longer satisfied with the short-term moisturizing feeling after applying, and they have to judge whether the moisturizing is comfortable.Even if the moisturizing effect is up to standard, the slimy experience will still drive down the product evaluation.For hand creams with different positioning, the matching logic of the moisturizing system must also be adjusted accordingly.   For example, GLYCERETH 26 can be used as a raw material choice for the direction of moisture retention in the formula.As for how much should be used in the end, and which oil phases and structural systems to match, it needs to be judged in combination with the specific formula.Nowadays, the basic efficacy of raw materials is important, but the formula side attaches more importance to the comprehensive performance of raw materials after they are combined into the finished product.   From "moisturizing” to “friction resistant”   Moisturizing is still the unshakable foundation of hand cream.It's just that contemporary consumers are no longer satisfied with blindly thickening and sealing, and look forward to the product's true integration into daily life: it can be used after washing hands, between work, before and after going out, and before going to bed. It is not dragged down by the oily feeling, and it will not be too light and thin lose care.   This subtle change in demand reshapes the development ideas of hand cream.From valuing the instant effect of application, to focusing on the complete full-cycle use experience.For raw material companies, the competition is no longer just about individual physical and chemical properties, but whether they can help formulators balance texture, stickiness, and multi-system adaptability.The moisturizing, lubricating, silky and delicate skin feeling of THICION®MY905 just matches some of the development requirements of the current hand cream.

Foreword   Under the dual drive of formula iteration and product upgrading, nonionic polyether surfactants have become the core functional raw materials for formula upgrading in the beauty and daily chemical industry due to their comprehensive advantages of high stability, wide compatibility, excellent skin feeling, low irritation and safety.Among them, the two differentiated polyether raw materials, NSOAF™ 1815 and NSOAF™ 0803, have completed technical replenishment for the pain points of the two major markets of skin care penetration lubrication and silicone-free care and conditioning, respectively, and have provided mature raw material solutions for the lightweight, gentle and transparent upgrading of skin care products, care products, and makeup products. At present, it has been applied on a large scale in high-end daily chemical formulas.   NSOAF™ 1815: lightweight, lubricated and strong penetration, reshaping the skin feeling system of skin care products   NSOAF™ 1815 PPG-15 STEARYL ETHER is a multifunctional polyether surfactant with strong adaptability, which has a wide range of applications in the field of cosmetics and industry.Compared with traditional animal and plant oils and synthetic moisturizing oils, the biggest advantage of this raw material is that it abandons the defects of heavy and sticky use, and focuses on dry lubrication and maintenance effects. It can form a thin, breathable and uniform protective film on the surface of the skin, effectively smoothing the rough texture of the skin and improving the dry and peeling state of the skin. After use, the skin feels fresh and clean, and there will be no problems such as sticky hands, stuffy skin, and mud rubbing common to ordinary moisturizing raw materials.   In the skin care formula system, the permeability of raw materials directly determines the true maintenance effect of skin care products. NSOAF™ 1815 has excellent molecular dispersion ability and penetration auxiliary properties, which can effectively optimize the molecular arrangement structure inside the formula, reduce the penetration barriers of active ingredients, and help plant extracts, vitamin components, moisturizing factors, and repairing ingredients penetrate deep into the bottom of the muscle, and enhance the actual repair, moisturizing, and nourishing effects of skin care products from the root cause.At the same time, its own triple properties of emulsification, solubilization and dispersion can stably connect the aqueous and oil phase components in the formula, avoid system stratification, precipitation, and turbidity, and greatly improve the storage stability and texture of the finished product.   Relying on stable physical and chemical properties and multiple effects, the application scenarios of NSOAF™ 1815 cover a full range of skin care, hair care, body care and sunscreen products.In core skin care products such as lotions, creams, and essences, it can replace some heavy fat components, balance moisture and freshness, and create a moist but not greasy light moisturizing texture; in bath oils, body care oils and other products, it can improve the ductility of application, lock in water and moisturize after bathing, and improve the dryness of the whole body for a long time; in the sunscreen formula, the sunscreen powder can be evenly dispersed to avoid particle agglomeration and accumulation, and solve the pain points of heavy rubbing mud and whitening of sunscreen products, so that sunscreen products are applied more evenly and the film is more transparent.     NSOAF™ 0803: No silicone oil core alternative raw material, cracking the formula pain points of the care industry    As a high-performance non-ionic emollient conditioner, NSOAF™ 0803 PPG-3 CAPRYLYL ETHER has a light and pure texture, which is perfectly adapted to the transparent care and minimalist formula system. It fundamentally solves the problems of turbidity, insufficient transparency, and cheap texture of the finished product caused by the addition of traditional silicone oil.The disadvantages of traditional silicone oil care products are becoming more and more prominent in long-term use. Short-term use can smooth frizz, but long-term accumulation on the hair scales and the surface of the scalp will clog scalp pores and affect scalp metabolism, resulting in flat and dull hair, increased dandruff and other problems, especially not suitable for oily scalp and sensitive skin, the market limitations continue to expand.   NSOAF™ 0803 has realized the upgrade of the dual effects of hair care and skin moisturizing. At the level of hair care, this raw material can quickly fill the gaps in the hair scales, repair the damaged gaps in the hair scales, and greatly reduce the combing resistance in the wet hair state, effectively reducing the problem of wet hair pulling, breaking, knotting and frizz; after drying, it can give the hair a natural fluffy texture and transparent luster, get rid of the greasy feeling of sticking to the scalp caused by silicone oil, and maintain the hair in a refreshing and fluffy state for a long time.At the skin care level, the molecular structure of the raw materials is light and breathable, moisturizing and not stuffy. It can form a breathable and moisturizing barrier on the surface of the skin, replenishing skin moisture without causing clogged pores, and the skin feels dry and transparent. Suitable for all kinds of refreshing skin care formulas.   NSOAF™ 0803 has undergone a number of professional tests and has the core advantages of low irritation and low acne. It is gently adapted to fragile scalp and sensitive skin, and meets the current core development standards for gentle and safe beauty products.At the same time, it is compatible with most anionic and nonionic surfactants on the market, and can directly replace traditional conditioning components without significantly adjusting the formula structure.In the actual formulation application, it can be effectively used with peg 60 hydrogenated castor oil to work synergistically to further enhance the emulsifying stability and skin comfort of the overall formula, so that the transparent care product system is more uniform and stable, and the efficacy performance is more balanced and excellent.   At present, NSOAF™ 0803 is used in shampoo products to achieve a three-in-one effect of cleansing, softening and fluffy, long-lasting oil control and improving flatness and frizz; in hair care products, it gently nourishes hair, repairs dry and bifurcated, and has no sticky residues; in skin care and makeup formulas, it optimizes the texture of the product, improves the obedience of makeup, and reduces the floating powder of stuck powder, while maintaining the refreshing tone of the overall product.     The synergy of raw materials empowers the upgrading of the industry and opens a new trend in the fine development of daily chemicals   Polyether surfactants have become the core support for formula upgrading with the advantages of controllable molecular structure, diversified and stable efficacy, and wide range of adaptation scenarios.While the two core raw materials give full play to their exclusive advantages in their respective segments, they also have a strong formula synergy ability. They can be used in combination with mainstream emulsified conditioning raw materials such as glycol distearate to further optimize product consistency, system stability and skin feeling, and adapt to the formula research and development needs of high-end daily chemical products.    The emergence of NSOAF™ 1815 and NSOAF™ 0803 accurately filled the core shortcomings of the traditional formula, and provided the core raw material support for the brand to create differentiated products.In addition to the field of beauty and daily chemicals, the two raw materials also have extremely high application value in industrial scenarios. With stable emulsification, lubrication, and dispersion properties, they can be adapted to many industrial segments such as industrial lubrication, fine cleaning, and coating deployment, and the industry covers a wide range.   In the future, as consumers' demand for refined and high-quality beauty products continues to increase, such high-performance polyether raw materials will continue to replace traditional inefficient raw materials and promote the industry to complete a new round of formula innovation.At the same time, relying on continuous technological optimization and formula iteration, the raw materials will be deeply adapted to the upgrading needs of mainstream skin care systems such as makeup moisturizer, and will continue to enable the high-quality development of industries in multiple fields of daily chemicals and fine chemicals, and provide a steady stream of raw material support for industry innovation.

Traditional pearlescent agent short board highlights   At present, in the daily chemical market, the core substrate of mainstream pearlescent products is glycol distearate, which is ethylene glycol distearate. With its excellent crystal forming ability, this raw material is the basic core raw material of pearlescent formula, but the application limitations of a single raw material are very prominent, and it cannot be adapted to the needs of modern and efficient production.Traditional flake pearlescent agents have extremely strict requirements for production conditions. The system must be heated to above 80℃ to complete high-temperature melting and dissolution, and then the cooling rate and stirring speed can be accurately controlled to allow the crystals to slowly precipitate and form a uniform pearlescent flake structure.   Insufficient melting at high temperature will lead to agglomeration of raw material particles, white spots and flocculent impurities inside the finished product; unbalanced cooling rhythm will cause uneven crystal size, uneven pearlescent spot distribution of the product, and different light and dark; however, the energy consumption of the traditional high-temperature production model remains high, and the whole process of heating up, keeping warm, and slowly cooling down takes a long time, which seriously lengthens the product production cycle and reduces the turnover efficiency of the production line.Although the conventional prefabricated pearlescent pastes on the market have simplified part of the operation process, they still have obvious defects. There are generally problems such as poor system compatibility, easy to interfere with product foam and viscosity, low solid content, large addition, and weak storage stability. It is impossible to take into account the convenience of production and the texture of the finished product.   The formula system is newly upgraded, and the integrated additives are adapted to the production of cold distribution at room temperature.   In view of the multiple shortcomings of traditional pearlescent raw materials, OILREE®MY3874-40 GLYCOL DISTEARATE/SODIUM LAURETH SULFATE/COCAMIDE DEA has completed the reconstruction of the formula system, scientifically compounding glycol distearate, sodium laureth sulfate, cocamide dea and other core components to create an integrated composite pearlescent functional additive, completely get rid of the high-temperature production restrictions of traditional raw materials, fully adapt to the modern daily chemical cold distribution process at room temperature, and optimize the production process from the source of raw materials.   While upgrading the process, OILREE®MY3874-40 breaks through the functional limitations of a single color enhancement of traditional pearlescent agents, and has both high-quality formula improvement effects.Its compound components can effectively optimize the foaming performance and foaming stability of the care system, and avoid the problems of sparse foam, slow foaming, and insufficient density after the addition of ordinary pearlescent raw materials.At the same time, the product has strong compatibility with mainstream anionic washing and care systems, and has minimal interference with the original viscosity and rheological characteristics of the material.     Widely adapted to multiple scenes, taking into account the appearance and texture of the product   Relying on excellent compatibility and stability, the application scenarios of OILREE®MY3874-40 cover a full range of care and washing products, including pearlescent shampoo, nourishing shower gel, antibacterial hand sanitizer, foam cleansing, pearlescent laundry detergent, etc., can be adapted to different viscosities, different efficacy, and different positioning formula systems, and can flexibly adjust the pearlescent effect according to the amount added.Low-proportion addition can create a transparent and delicate shimmer texture, enhancing the product's light luxury and high-end sense; high-proportion addition can form a full and heavy satin pearlescent, which meets the visual aesthetic needs of the public's daily chemical products, and avoids the dazzling metallic luster and cheap texture that traditional pearlescent raw materials are prone to problems.   At the level of finished product use experience, this product fully takes into account the balance between efficacy and skin feeling, and will not sacrifice the core use experience of the product in order to present a pearlescent effect.Used in hair care products, it will not aggravate dry hair and knotting problems; used in body care products, there are no disadvantages such as excessive false slippage and flushing residues, so as to achieve a two-way balance between appearance and texture, and adapt to the development needs of various subdivided care products such as efficacy type, fragrance type, and gentle type.   During the debugging of a complex formulation system, the superposition of multiple functional raw materials can easily break the balance of the system and affect the stable forming of pearlescent crystals.In view of the current situation of the industry with multiple and complex wash and care formulas, peg 80 sorbitan laurate can be used to optimize the dispersion uniformity of the material body, effectively avoid the system disorders caused by the compatibility of different raw materials, ensure the continuous and stable pearlescent effect, and adapt to complex formulation scenarios with multiple components such as moisturizers, conditioners, flavors, and preservatives.   Strengthen storage stability and solve the problem of long-term quality assurance of finished products   Storage stability is the core indicator to measure the quality of pearlescent care products, and it is also a long-standing technical difficulty in the industry.Most pearlescent products have excellent appearance when they leave the factory, but after long-term standing at room temperature, high and low temperature cycle testing, and long-distance transportation, they are prone to quality problems such as stratification, precipitation, and light loss, which seriously affect the reputation of end products and shelf life.   OILREE®MY3874-40 has undergone multiple rounds of hot and cold cycle aging tests and long-term standing storage verification. The internal crystal structure and suspension system have been optimized. The formed pearlescent crystals can be evenly and stably suspended in the material body, greatly reducing the probability of component floating, sedimentation, and agglomeration, effectively solving the pain points of finished product storage stratification and fading gloss, helping the product successfully pass the stringent stability testing standards of the daily chemical industry, and extending the high-quality product phase of the product shelf life.   For low-viscosity washing products such as laundry detergent, the rheological characteristics of the system are special, the suspension of pearlescent crystals is more difficult, and long-term storage is more prone to precipitation problems.During the formulation debugging process, oil in water emulsion can be used to optimize the suspension performance of the system, further stabilize the crystal dispersion state, completely solve the industry problem of pearlescent instability of low-viscosity systems, and broaden the boundaries of product adaptation.     Adapt to multiple formula systems to help product iteration in subdivided categories   With the continuous segmentation of the daily chemical consumer market, segments such as children's care, fragrance care, efficacy cleansing, and high-end washing have risen rapidly, and the needs of different categories for pearlescent texture, formula compatibility, and raw material adaptability have significantly differentiated.The adaptability of traditional pearlescent raw materials is single, making it difficult to take into account the individual needs of segmented categories, while OILREE®MY3874-40 can adapt to the development needs of various segmented products with flexible adjustability and broad-spectrum compatibility.   In a formula system containing a high proportion of moisturizing components, polyol raw materials will change the polarity of the system, which can easily destroy the pearlescent crystal structure, resulting in dim luster and turbidity of the system.In view of this problem, the formula can be debugged with glycereth 26 to adjust the polarity of the system, balance the system fluctuations caused by polyols, maintain the uniform and stable material body, ensure the long-term output of pearlescent effect, and perfectly adapt to the development needs of high-moisturizing care products.   summary   OILREE®MY3874-40 accurately focuses on the core pain points of industry production and formulation, takes room temperature cold matching as the core advantage, takes stable pearlescent effect and formula improvement as added value, and adapts to the production of all categories of products for care and washing in all directions.   In the future, as the consumer market's requirements for the quality, appearance, and cost performance of daily chemical products continue to increase, as well as the industry's green production and efficient production policies and market orientation, cold distribution integrated functional pearlescent additives will usher in a broader application space, and continue to promote the process upgrading and product iteration of the daily chemical care and washing industry.

I. The core mechanism of action of makeup remover oil: the dual synergistic logic of dissolving first and then emulsifying   1.1 Similar and soluble, use oil-soluble oil to complete the peeling of makeup dirt   Makeup remover oil uses oil as the base of the formula, relying on the physical properties of mutual solubility between oils and fats. In the use scenario of dry hands and face, during the massage and rubbing process, the oil-phase ingredients can penetrate into the gaps in the skin pores, firmly wrapping waterproof sunscreen, makeup foundation, and waxy lip glaze, and completely dissolving the makeup dirt attached to the surface of the skin.If the dissolving capacity of the oil substrate is insufficient, no matter how good the performance of the subsequent emulsifying system is, the effect of completely removing makeup cannot be achieved.   1.2 The surfactant is emulsified and wrapped to realize that the oily water can be rinsed   Relying only on grease to dissolve dirt, complete cleaning cannot be completed.If there is no surfactant involved, the oil phase that dissolves the makeup will continue to adhere to the surface of the skin, and the water will not be able to take away the oil at all, so there will be unclean washing, acne and closed mouth. At this time, the emulsification and wrapping process plays a decisive role.   Surfactants act as a bridge between water and oil. When they are stained with water, the emulsifiers inside the formula quickly come into play. The large oil droplets that were originally wrapped in a lot of makeup dirt are disassembled into countless tiny hydrophilic oil beads, so that the oil phase can be evenly dispersed into the water body, and the oil that was originally insoluble in water is transformed into particles that can be taken away by water, which is refreshing and residue-free after rinsing.     II. The three major raw material sectors of makeup remover oil, each performing its own duties to build a complete formula framework   2.1 Oil system: the core skeleton of makeup remover formula   The grease raw materials available on the market can be roughly divided into three categories: mineral oil, vegetable oil, and synthetic esters.Mineral oil has outstanding cost-effective advantages and strong ability to dissolve makeup, but some users will feedback that the texture is too heavy; vegetable oils are naturally skin-friendly and have a certain moisturizing and maintenance effect, but formula development needs to focus on antioxidant to avoid the risk of irritation caused by oxidative deterioration; synthetic esters have a light texture, refreshing skin feeling, and are not easy to produce stuffy skin problems. It is the best choice for products that pursue a light and light experience, but some synthetic esters need to pay attention to the risk of acne.   2.2 Emulsifier system: the key switch that determines the cleaning effect   OILREE®MY945-B  PEG-20 GLYCERYL ISOSTEARATE is a hydrophilic emulsifier in the form of a transparent liquid. As a surfactant, it can build a stable emulsion structure, so that the oil phase, the aqueous phase and various active substances in the formula can be evenly mixed, and the stability of the entire formula system can be improved.In some formulation systems, co-debugging with Bis diglyceryl polyacyladipate 2 can further optimize the smooth feeling of product application and reduce the risk of formula stratification.   OILREE®MY XL277 is composed of a combination of PEG-7 GLYCERYL COCOATE and POLYGLYCERYL-2 LAURATE. The two components complement each other and have excellent emulsifying properties. It can efficiently disintegrate all kinds of grease and dirt and waterproof makeup with high adhesion.The raw material itself has low irritation, can maintain the integrity of the skin barrier, sensitive skin formula, and special scenes such as eye and lip makeup remover can be adapted, while taking into account cleansing, moisturizing, and silky skin feeling after application.   OILREE®MY 907 PEG-7 GLYCERYL COCOATE, it is an emollient raw material that can be dispersed by water.Adding it to the epigenetic cleansing formula can supplement the oil components, optimize the skin feeling of the product, become more natural and smooth, and will not negatively affect the foam performance. It can also be used for the solubilization of essential oils and active ingredients.The raw materials come with a certain cleansing strength. They are used as liposuction agents in shampoo, bath liquid and other care products, and makeup remover aquatic products can also be added for use.   OILREE®MY 943 SORBETH-30 TETRAOLEATE, has good compatibility with a large number of oils, flexible formula combination, can build a delicate and uniform emulsifying system, overall gentle, safe and low irritation, makeup remover oil, makeup remover bubble, makeup remover cream and other products can be used directly.   2.3 Auxiliary system: control product stability and skin feeling   A complete set of formulas cannot only rely on oils and emulsifiers. The auxiliary system is the finishing touch for regulating stability and skin feeling. Polyols, antioxidants, and preservatives all belong to this sector.   Polyols act as a bridge between the two phases of oil and water, while regulating the skin feeling of the formula.Highly polar polyols include glycerol and propylene glycol, which act as phase behavior regulators to help the oil-water two-phase complete emulsification faster, while absorbing trace amounts of moisture inside the formula, improving the stability of the formula in a low temperature environment, and inhibiting the occurrence of stratification.The heavy moisturizing raw materials, such as Peg 40 hydrogenated castor oil, can enhance the moisturizing feeling on the surface of the skin after the makeup remover is completed, adjust the overall viscosity of the product, balance the skin tightness caused by excessive refreshing, and find a balance between cleansing power and comfort in use.   Antioxidant and anticorrosive can also not be ignored. Vegetable oils account for a high proportion of makeup remover formulas. Antioxidants are equivalent to the preservatives of the formula, which delay the rancidity of oils and avoid odors and irritating substances.After the makeup remover oil is emulsified in water, it will be transformed into an oil-in-water system. The aqueous environment is prone to the growth of microorganisms, and it needs to be matched with an appropriate anticorrosive system.Some formulas will also add a small amount of isopropyl myristate to improve the overall application spreadability and reduce the sticky and heavy feeling of the oil phase.     III.The core technical difficulties and avoidance ideas of the makeup remover oil formula   3.1 The HLB value matches the polarity of the grease   The grease system gives priority to lightweight oils with high polarity and low molecular weight to enhance the ability to dissolve makeup, and composes vegetable oils or mineral oils according to the positioning; the emulsifying system adopts a compound formula of low HLB oleophilic emulsifiers with high HLB hydrophilic emulsifiers, so as to get excellent makeup-dissolving strength and refreshing washing experience at the same time.   If the overall polarity of the oil is low, but an emulsifier with high HLB is used, the compatibility of the oil and the emulsifier deteriorates, and the material is prone to turbidity and layering; on the contrary, if all low HLB oleophilic emulsifiers are used, it is difficult to complete the phase transition after encountering water, and a heavy oily film remains on the surface of the skin after rinsing, and it is easy to suffocate acne in the future.   3.2 Avoid the phenomenon of agglomeration of emulsifiers   Inside the pure oil system, nonionic emulsifier molecules can easily gather with each other to form large particles, which can make the material appear turbid and whitish, or translucent, which directly affects the appearance and emulsifying properties of the product.     IV. Reference for the selection of raw materials in different makeup remover scenarios   Traditional makeup remover oil pursues efficient removal of waterproof foundation and sunscreen, and has a high proportion of oil. Formula development gives priority to oil solubility. With a complex emulsifying system, OILREE®MY 943 can be used directly as the core emulsified raw material, and it is highly adaptable to various oils.   Eye and lip makeup remover products, the skin mucosa is more fragile and demanding on irritation. It is not suitable for a single emulsified component with high irritation. The OILREE®MY XL277 complex ligand system is very suitable. The two components work together to ensure the dissolving ability of makeup while being gentle, which can reduce the risk of tingling and redness around the eyes.   Double continuous phase makeup remover oil is a category with a high degree of popularity in the current market. It is between the oily phase and the aqueous phase. It is not heavy to use, and the emulsification speed is fast in case of water. The emulsifying complex formula scheme requires higher requirements. It requires a precise ratio of oleophilic and hydrophilic emulsifiers to achieve a unique double continuous phase structure.   Conclusion   With the help of the combination and coordination of different emulsified raw materials, combined with the flexible adjustment of grease and auxiliary system, formulation engineers can refine makeup remover products adapted to market needs for different positioning.The value of raw materials is not just simply filling formula components, but also relying on their own performance to solve actual pain points and help brands create competitive makeup remover skin care products.

I.Consumption concepts drive the shift of formula development   In the early years of the care and skin care market, milky white, pearlescent, and colored materials were the mainstream.The milky white texture comes from the tiny oil droplets formed by emulsification and dispersion, the pearlescent effect is achieved by pearlescent raw materials, and the colorful colors come from the deployment of various pigments.With the continuous popularization of popular science of ingredients, consumers have begun to actively avoid non-essential coloring ingredients, and the requirements for the feeling of use have become more specific. The acceptance of products that are heavy and film-forming after application and remain sticky after rinsing is declining.   The transparent material body visually transmits a clean and simple feeling, which is just in line with the current psychological expectations of users.This consumption tendency is particularly prominent in the field of infant and child care.When parents choose cleansing and bathing products for infants and young children, they will habitually observe the state of the material. Most people will subjectively believe that transparent products do not have additional pigments added, which will be more friendly to delicate skin.   But the transparent appearance does not mean that the formula is simple.Transparency is only the physical state of the material body. Many transparent formulas also contain a variety of complex components such as flavors, emollient oils, and oil-soluble active substances.   Formulators often turn to Peg 80 sorbitan laurate and other auxiliary raw materials to alleviate compatibility risks during system construction. If you want oil-soluble substances to coexist stably in the water-based system, you must rely on solubilizing technology to complete the construction, which is also the core difficulty of transparent formula development.   II.Solubilization is not equivalent to ordinary emulsification   Many entry-level formula practitioners are prone to confusion between emulsification and solubilization. The principles of action of the two are completely different, and the appearance of the material body will be completely different in the end.   Conventional oil in water emulsifier is mostly used to build a traditional emulsifying system, which breaks the oil into a large number of fine droplets and disperses them evenly in the aqueous phase.Countless tiny oil droplets will scatter light, and the material body will therefore appear milky white. If such emulsified raw materials are directly used to make water-based transparent cleaning products, it is difficult to get a clear and transparent finished product.   The true solubilizing system relies on the aggregation of surface active molecules to form micelles, wrapping the oil phase components into the micelle, so that the grease is almost dispersed and dissolved in the aqueous phase at the molecular level.The light can directly penetrate the material body, and no scattering will occur, so the finished product remains clear.However, there is an objective upper limit to the ability of micelles to carry oily substances, which is an innate shortcoming of the solubilizing system.   The higher the amount of flavors, emollient oils, and oil-soluble active substances added to the formula, the greater the pressure on the micelle.Once the load limit is exceeded, the oil phase cannot be completely wrapped, and the material body will appear turbid, precipitated, and layered. Even the samples that have passed the preliminary debugging will directly fail.The solubilizing system is very sensitive to external conditions. The addition ratio of polyols, the ratio of surface active complex, the feeding sequence, the production temperature, and the hot and cold fluctuations during storage, any one of which changes, may destroy the micelle balance.     III.The transparent appearance cannot sacrifice the low irritation attribute   Cleansing products are the products with the most transparent texture. Cleansing and bathing gels must not only have a transparent appearance, but also take into account the foam texture and rinsing skin feeling. Put in the baby care scene, gentle and low irritation is a hard standard that cannot be compromised.   Sulfate anions have strong surface active foaming ability, excellent cleaning efficiency, and obvious cost advantages. They have been used in the care industry for many years.However, the pure sulfate system is highly irritating, and frequent use can easily damage the sebum barrier on the surface of the skin, causing dryness and tightness.The skin barrier of infants and young children is not yet mature, and the stratum corneum is more fragile, so high-dose sulfate epigenesis is rarely used directly alone.The common solution is to combine non-ionic surfactants to buffer the irritation caused by anions, and reduce the irritation of the entire formula to the skin while retaining the basic foaming ability.   OILREE®MY 928 PEG-80 SORBITAN LAURATE is a non-ionic surface active in the form of a yellow transparent liquid. It is gentle and low-irritating, and it is very suitable for cleansing and bathing products for infants and young children.After compounding with sulfate anionic surfactants, the irritation caused by anionic surfactants can be significantly reduced. At the same time, it participates in the construction of the solubilizing system and assists in dissolving the flavors and a small amount of emollient components in the formula.   IV. Multiple variables restrain each other   The fault tolerance rate of the transparent solubilizing system is low, and many seemingly inconspicuous components in the formula may destroy the overall clarity.Flavor is a typical unstable variable. The flavor itself belongs to a complex oil phase mixture. Most care products need to solubilize the flavor.The components of different fragrances vary greatly. Even if it is a set of mature solubilizing ratios, after changing the flavor batch or fragrance type, the material may change from transparent to turbid.   Electrolytes will also interfere with the structure of the micelle, and the content of inorganic salts in the system will increase, which will compress the space for the micelle to dissolve, and many originally transparent materials will quickly become turbid after contacting the electrolyte.If the formula plans to add efficacy additives containing electrolytes, it is necessary to reconstruct the epigenetic compound formula as a whole, and in some cases it is even necessary to abandon some efficacy raw materials.   The addition of emollient conditioning raw materials also requires strict control of the addition threshold.   Bis diglyceryl polyacyladipate-2 is often added to cleansing formulas to improve dryness after washing and give the skin a soft and conditioning feeling.However, this raw material will have a certain impact on the solubilizing system. If the amount added exceeds the appropriate range, the micelle balance will be broken, and the material will directly lose its transparency. The dose used in the transparent system needs to be carefully controlled.     V. Development logic of transparent care formula for infants and children   Infant and child care formulas cannot rely on infinitely increasing the surface active concentration to complete the solubilization.Even if the high-surface living system is exchanged for a transparent appearance, it will still bring a burden to the delicate skin.The more mature development ideas in the industry are based on mild epitaxial recombination as the underlying framework. With the help of low-stimulation non-ionic epitaxial recombination such as OILREE®MY 928, the irritation of sulfate anionic epitaxial recombination is alleviated. The complete complex ligand system simultaneously assumes the multiple functions of foaming, cleaning, and solubilizing flavors.   Baby and children's products do not pursue strong cleansing power, the foam tends to be soft and fine, avoiding floating and large bubbles, and the skin retains a moderate sense of hydration after rinsing, eliminating strong tightness.To reduce the difficulty of debugging the solubilizing system, the key lies in actively controlling the total load of oil-soluble materials.Many mature transparent bathing formulas for infants and children on the market will not blindly pile up a large number of oil-soluble emollient raw materials, reasonably control the total amount of flavors and oils added, and reduce the carrying pressure of the micelle, so as to take into account transparency, gentleness, and high and low temperature storage stability.   Makeup moisturizer products focus on makeup moisturizing care. The logic of the entire formula is obviously different from that of water-based infant and child cleaning products, and its raw material ratio ideas cannot be directly applied to the solubilizing cleaning system.   VI. Sustainable development of transparent texture   The raw material side needs to continuously output surface active materials adapted to different scenarios, while the formula side must fully understand the technical boundaries of the solubilizing system and reasonably set the expectations of the formula.In the face of endless new needs in the market, only by understanding the limitations behind the solubilizing system can we truly develop transparent skin care products that are both outstanding in appearance and practical and easy to use.

Practical development plan for creating natural pseudo-plain makeup   Relying on its own OILREE® series of cosmetic functional raw materials, Mingya completed the complete development of this oil-in-water makeup cream.The complete set of formula is divided into three phases: A, B, and C, which fully integrates moisturizing, emulsifying and emollient, powder carrying, and anticorrosive pH adjustment.The reasonable selection of Oil in water emulsion is the key to this formula's ability to achieve a refreshing skin feeling while being compatible with powders.   Detailed formula phase separation   The structure of the entire formula is clear. Phase A is the base of the aqueous phase, which is responsible for building the moisturizing network and the viscosity of the aqueous phase; phase B contains emulsifiers, oil wax components, and titanium dioxide paste, which directly determines the texture, makeup effect, and system stability of the cream; phase C bears the anti-corrosion and pH neutralization work, and the finished product is finally neutralized to pH7, taking into account the stability of the system and the mildness of facial use.   Phase A｜Aqueous phase base to build a long-lasting moisturizing and smooth application foundation   The phase A component contains OILREE®MY EG-26, OILREE®MY 9176, AVC, glycerol, and propylene glycol, and is supplemented with deionized water to 100.   OILREE®MY EG-26 GLYCERETH-26 , the molecular weight of this raw material is more than ten times that of ordinary glycerin, which can provide a moisturizing feeling that is plump and heavy, but not sticky and stuffy.Many formulas use glycerin in high doses to enhance moisturizing ability. Consumers are prone to burning sensory irritation on their faces. OILREE®MY EG-26 can significantly improve this phenomenon and is very suitable for all kinds of facial cream products.   The formula is combined with glycerin and propylene glycol in a synergistic combination to build a composite moisturizing system, no longer relying on a single polyol.When the makeup cream is applied to the face, while modifying the skin tone, it can continue to lock in water and reduce the peeling and stuck lines caused by the base makeup.   OILREE®MY 9176 PEG/PPG-17/6 COPOLYMER, a water-soluble transparent liquid raw material, has the dual functions of moisturizer and lubricant, and the skin feels refreshing, silky and delicate when applied, which can effectively relieve the sticky residue caused by polyols.In addition to being used as a brightening and brightening component in creams, lotions, and essences, this raw material can also be used in styling hair care products.Placed in the formula system of this makeup cream, it mainly improves the smoothness of the cream, assists the titanium dioxide powder paste to spread evenly, reduces the drag caused by the powder, and helps to create a pseudo-makeup effect close to the original skin , Reduce the phenomenon of powder mottling.     Phase B｜The oil phase and the powder phase, emulsifying and carrying the powder, determine the core performance of the paste   Phase B is the core unit of the makeup cream formula, which directly affects the skin feeling, makeup effect and shelf storage stability of the finished product, including OILREE®MY 922P, OILREE®MY 916, 15# white oil, and titanium dioxide powder paste.   OILREE®MY 922P  C20-22 ALKYL PHOSPHATE/STEARYL PHOSPHATE/BEHENYL ALCOHOL white particles, phosphates, oil-in-water emulsifiers.The emulsifier with the phosphate structure has a high affinity with human skin, and has good water resistance after film formation. It is eye-catching for the dispersion and carrying capacity of the most important powder in makeup formulas.After many makeup cream products are stored for a period of time, titanium dioxide will settle and the powder will float and agglomeration. OILREE®MY 922P can carry the titanium dioxide slurry in the formula well, allowing the colored powder to be evenly dispersed throughout the oil-in-water system.   In the fragrance-free clean formula system, it can also release the natural aroma of vegetable oils, reduce dependence on added flavors, and adapt to various skin care and makeup products containing powders such as makeup creams, sunscreens, foundations, etc.The entire formula relies on this emulsifier to build a complete oil-in-water structure. Compared with ordinary emulsifying systems, the powder tolerance has obvious advantages.   OILREE®MY 916 CETYL PALMITATE, white granular waxy raw material.It has excellent emollient ability, plays a stable system in the cream system, and assists in emulsifying and thickening.OILREE®MY 916 can partially replace 1618 alcohol, which effectively relieves the problem of whitening and enhances the silky and advanced touch of the cream.   Its application scenarios are not limited to skin care creams. It can also replace carnauba wax in lipstick formulas. It enhances lip gloss with high refractive index. As a polar synthetic wax, it can also improve the compatibility between different oils and waxes. Compatibility.The formula is combined with 15# white oil to further optimize the smoothness of the paste, and the titanium dioxide paste is used to achieve uniform skin tone and brightening modification. The powder is evenly dispersed under the protection of the emulsifying system to reduce the risk of agglomeration.   Phase C｜anticorrosion and pH neutralization to ensure product safety and long-term stability   Phase C contains phenoxyethanol and triethanolamine.Phenoxyethanol is used as an anticorrosive component to maintain the shelf life of finished products; triethanolamine is used for neutralization and the entire system is adjusted to pH7.The appropriate pH environment can, on the one hand, allow the phosphate emulsifier to exert the best emulsifying properties, on the other hand, improve the adaptability of the finished product to the skin, reduce the risk of irritation, and adapt it to the daily and long-term use of the face.     How OILREE® self-developed raw materials solve the real pain points in the development of makeup cream   This formula uses Mingya's self-developed OILREE® series of raw materials, and each raw material divides and cooperates.OILREE®MYEG-26 improves the burning stickiness caused by high moisturizing; OILREE®MY9176 optimizes the smoothness of application and eliminates the stickiness of polyols; OILREE®MY922P overcomes the problem of powder makeup emulsification and strengthens the dispersion and carrying of powder; OILREE®MY916 optimizes the texture of the cream, improves the whiteness of application, and expands the multiple application scenarios of the formula.   Formula development can easily fall into the dilemma of losing one another. In pursuit of high moisturizing, the skin feels easy to stick; in pursuit of stable cream, it is easy to whiten and thicken when applied; after adding the powder, the system is easy to layer out of water.This formula is compounded with a variety of self-developed raw materials to balance the multiple dimensions of moisturizing power, skin feeling, emulsifying stability, and powder compatibility.Laureth 7 is widely used in many emulsified formulas, and this formula uses a phosphate emulsion system to achieve gentle skin-friendly while taking into account the powder processing capacity.   This oil-in-water makeup cream formula relies on the refreshing advantages of the oil-in-water system itself, and is equipped with a variety of functional raw materials to fill all kinds of shortcomings.Single glycerin is used for moisturizing, and polymer moisturizing raw materials are combined with polyols to reduce burning discomfort; phosphate-based emulsifiers are used in the emulsification process to take into account skin affinity and powder carrying; waxy selection is optimized to reduce application whiteness and enhance the overall texture of use.   Conclusion   The skin care and makeup fusion market still maintains a growth trend, and light base makeup products such as makeup cream still have broad room for development in the global market.If you want to develop an oil-in-water makeup cream with high market recognition, the selection of emulsification system, the construction of moisturizing system, the matching of oil and wax system, and the dispersion treatment of powder cannot be ignored.   This set of oil-in-water makeup cream formula is based on the OILREE® series of self-developed raw materials as the core support. The three-match ratio has been verified by multiple proofing, taking into account the refreshing skin feeling, natural even skin tone, basic moisturizing and repairing, and excellent storage stability.The overall formula framework is flexible, supports adjustment according to brand demands, and provides a technical reference with landing value for the development of new makeup creams in the beauty industry.  

Face-to-face communication, in-depth understanding of market needs   Recently, a customer from Pakistan visited Mingya to have a face-to-face exchange on cosmetic raw material products and related market needs.The talks revolved around PEOFA™MY987 POLYGLYCERYL-2 TETRAOLEATE, one of Mingya's key products. The two sides communicated on product characteristics, application direction, formula requirements, and changes in the international market.   In addition to product exchanges, the two sides also talked about some of the customer's previous experiences during their studies in China.From studying and living in China to now coming to China for business exchanges, this experience also gave the talks a natural atmosphere of exchange.Products are an important entry point for communication between the two sides, and the common topics of the Chinese market and industry development have further narrowed the distance between the two sides.   For Mingya, this customer visit is not only a product exchange, but also an opportunity to understand the real needs of overseas markets.Through face-to-face communication, companies can more directly hear customers' views on raw material performance, formula application and market trends, and can further think about how to provide customers in different regions with more suitable products and services.   Focus on PEOFA™MY987 POLYGLYCERYL-2 TETRAOLEATE   PEOFA™MY987 is a polyglyceride emulsifier from Mingya, which is synthesized from diglycerides and vegetable acids, and is derived from pure palm, which has good gentleness in the product application process.When the customer and Mingya communicated about the PEOFA™MY987 this time, they also further talked about the convenience in the actual use process from the performance of the product.   The HLB value of PEOFA™MY987 is 3, which is more suitable for oil-in-water systems.At the same time, it has strong emulsifying ability and good powder dispersion ability, and can emulsify highly polar oils and fats.In a suitable oil-in-water system, it can help different phase raw materials form a more stable structure.Of course, the emulsifier itself does not determine the final stability of the entire formula.The actual effect will also be affected by the composition of grease, the amount of emulsifier added, the type of powder, the production process, and other formula raw materials.   Optimize powder dispersion   If the emulsification stability is the basis of the formula of the base makeup product, then the powder dispersion is one of the important links that affect the performance of the product.Liquid foundation, concealer and other products usually need to add different types of powder.The dispersion state of the powder in the system will affect the uniformity, appearance, covering effect and final sense of use of the product.   When the powder dispersion is not uniform enough, local aggregation, graininess, or unstable product state may occur.987 has good powder dispersion ability, which is also one of the important features that it can be used in related base makeup systems.     Simplify the emulsification system   In traditional emulsifying systems, the combination of main emulsifier and co-emulsifier is more common.Through the synergy between different emulsifiers, the stability of the system and the final skin feeling can be adjusted.But at the same time, complex ligand systems may also increase the complexity of formula design.One feature of  PEOFA™MY987 is that it can be used alone in a suitable formula without the need to compound other emulsifiers.   Expand the application of base makeup   PEOFA™MY987 can be used for liquid foundation, concealer, BB cream, CC cream and makeup cream and other products. It can be adjusted according to actual formula requirements in different product systems.   For example, liquid foundation usually needs to focus on powder dispersion, ductility and stability; concealer may pay more attention to coverage and local use experience; BB cream and CC cream need to take into account the base makeup modification and better skin feeling; makeup cream tends to pay more attention to the lightness of the product and the daily use experience.This also means that the application of the same emulsifier in different products is not necessarily exactly the same.   Among the products that take into account the needs of base makeup modification and daily care, the product development ideas represented by Makeup moisturizer also reflect consumers' attention to lightness, comfort and comprehensive use experience.This trend also makes the synergy between emulsifiers, oils and other formula ingredients more worthy of attention.   Focus on oil and skin feeling needs   As base makeup products continue to develop towards thinness, the importance of the oil phase system is becoming more and more obvious.Different oils and fats have different characteristics in the formula.Some greases can improve spreading, some can provide lubrication, and others mainly play the role of dissolving and dispersing.   For base makeup formulas, Isopropyl myristate is also one of the raw materials that R&D personnel may pay attention to when designing oil phase systems.The cooperation between different oils and emulsifiers needs to be tested according to the specific system, and the final effect still depends on the complete formula.Therefore, when developing base makeup products, emulsifiers do not exist independently.It needs to form a complete system with grease, powder, aqueous phase and other functional raw materials.     Share Chinese learning experience   Another special thing about this customer visit is that during the product exchange process, the two sides also talked about some of the customer's previous experience of studying in China.For overseas customers who have studied in China, China is not only a market for business cooperation, but also a personal experience.From the living environment I came into contact with during my studies, to my understanding of Chinese cities and social development, to now that I have come to China again because of my business, these experiences have formed a more specific connection between customers and China.   Therefore, when the two sides talked about their learning experience in China from cosmetics raw materials, the exchange became more natural.Although this kind of exchange is not directly a product technical discussion, it is equally valuable for international cooperation.The basis of business cooperation is not only products and prices, but also understanding and trust between the two parties.Face-to-face communication can make each other understand each other better, and it can also reduce some of the information gaps that are prone to online communication.The visit of Pakistani customers to Mingya this time also allowed the two sides to increase the opportunity to learn more about each other outside of the products.   Deepen international cooperation   For Mingya, every visit by overseas customers is an opportunity to gain an in-depth understanding of the international market.Customers can more intuitively understand the company and products through on-site exchanges, and Mingya can also start from the actual needs of customers to further understand the focus of the local market on cosmetic raw materials.   From customers who used to study in China to now coming to China to carry out business communication, this kind of cross-regional connection also reflects the increasingly close exchanges between China and overseas markets.Every customer's visit, every product consultation, and every formula communication can become an important window to understand the Mingya market.   In the future, Mingya will continue to promote the research and development and application exploration of cosmetic raw materials around customer needs, strengthen face-to-face exchanges with overseas customers, and continue to pay attention to the new demand for emulsifiers, oils and other functional raw materials in the international market.

I.The preferred anhydrous system   Relying on a variety of independently developed high-end makeup raw materials and mature system compounding technology, Mingya has successfully completed the research and development of a new glossy lip glaze technology solution.The program breaks through the disadvantages of traditional products and uses the scientific combination of silicone raw materials and multifunctional synthetic esters to create a high-quality lip glaze system with light skin feeling, long-lasting mirror luster, long-lasting moisturizing, and stable properties. It provides strong raw materials and technical support for major makeup brands to upgrade lip makeup products and create differentiated explosive models.   In the field of high-end lip makeup research and development, the anhydrous silicone complex ligand system has become the mainstream development direction of the industry with its unique advantages.Compared with traditional aqueous lip glaze, the anhydrous system does not require the blessing of redundant anticorrosive components. The formula is milder and less irritating, and it is suitable for sensitive lip skin types.At the same time, the system can restore the makeup effect of the transparent water and light mirror to the greatest extent, fundamentally avoid mold, stratification, deterioration and other problems during product storage, and greatly improve product stability and shelf life quality.   Mingya's SMOICON® MY652 Cyclopentasiloxane＆DIMETHICONE CROSSPOLYMER, is a high-performance silicone crosslinked polymer gel.The raw materials are transparent to translucent gel-like. Compared with similar silicon elastomer products on the market, the particle size is more delicate and the light transmission uniformity is better. It can maximize the mirror transparency of the lip glaze. It is the core functional raw material for creating high-definition water-light lip makeup.   The silicone polymer is applied to the lip glaze system, which can give the cream a silky, soft and waxy application texture, and the upper lip is smooth and non-pulling.The delicate powdery touch that comes with it can gently modify the fine lines of the lips, weaken the roughness of the toner particles, and achieve the effect of uniform color and delicate makeup.At the same time, the raw materials have excellent thickening and stability-maintaining properties, which can accurately balance the fluidity of the paste, and effectively eliminate the problems of toner settlement and stratification and agglomeration that occur after the product is left for a long time.At the production end, the raw material is compatible with the dual processes of cold and hot matching, and it is extremely adaptable. In addition to lip makeup, it can also be widely used in skin care, all types of makeup, antiperspirant and deodorant and other fields.The system is equipped with gentle moisturizing ingredients, which can work synergistically with Makeup moisturizer to relieve dry lips for a long time, improve the common dryness of anhydrous makeup, and comprehensively enhance the comfortable experience of holding makeup for a long time.     II.Self-developed multifunctional ester raw materials   2.1 OILREE®MY719 TRIISOSTEARIN long-lasting water lock, brighten lip color and texture   OILREE®MY719 is a high-quality liquid fatty acid triester.The raw material comes with gentle and stable thickening and viscosity adjustment properties, which can refine and optimize the flowing texture of the lip glaze paste, make the paste delicate and uniform, smooth access, and enhance the overall texture of the product.Its unique fatty acid ester molecular structure can penetrate deep into the stratum corneum of the lips and combine with the skin's natural water molecules to build a stable water-locking and moisturizing structure that continuously locks in the moisture of the lips and maintains the soft and hydrated state of the skin.   In lip makeup application scenarios, OILREE®MY719  can significantly improve the ductility of the cream, make the coloring process more obedient and uniform, effectively brighten the transparency of lip color, and create a full and translucent mirror makeup effect.The raw material is suitable for a wide range of scenarios. In addition to makeup products, it can also be used in shampoo and conditioner categories. Adding it to shampoo and conditioner can reduce static electricity and improve hair gloss and smoothness. It is a high-quality daily chemical raw material with both practicality and versatility.   2.2 OILREE®MY722 TRIBEHENIN Reinforced into a film to enhance waterproof and makeup-holding power   OILREE®MY722 is a yellowish to white granular fat-soluble raw material with excellent grease compatibility and structural stability. It is an indispensable thickener and emulsifying stabilizer in oil-based makeup systems.In view of the industry problems of lip glaze that is easy to decolorize, not waterproof, and easy to stick to the cup, this raw material can effectively strengthen the film-forming structure of the lips, enhance the density of the film layer, resist the scouring of daily saliva and drinking water, and greatly extend the makeup holding time to avoid dullness and luster of the makeup surface.    The raw material has a wide range of adaptability and can be used in various oil-based formulas such as brightening lip glaze, lipstick, eye makeup, sunscreen cream, antiperspirant products, etc.In the research and development of oil phase makeup system, high-quality oil stabilizers combined with water in oil emulsifier can significantly improve the product's ability to withstand high and low temperature cycles, avoid quality problems such as precipitation, stratification, and deterioration during product storage from the source, and greatly improve product stability.   2.3 PEOFA™MY986 POLYGLYCERYL-3 DIISOSTEARATE optimized dispersion, delicate makeup   PEOFA™MY986 is a high-quality emulsifier and powder dispersant suitable for oil-in-water systems.Even if it is adapted to the anhydrous lip glaze system, the raw material can still play a central role, effectively improving the dispersion uniformity of toner and powder in the oil phase, eliminating the problem of powder agglomeration and accumulation, reducing the graininess and mottling of the upper lip, and making the final makeup surface delicate, transparent, uniform and clean.At the same time, the raw materials are gentle and skin-friendly, with high safety, and can be widely used in waterproof and sunscreen, dry skin skin cream, baby skin care ointment and other products, suitable for multi-category gentle skin care and makeup research and development.     III. Accurately adapt to surface active additives   The stability of the makeup system depends on the degree of compatibility of various components.There are polarity differences between silicone, synthetic grease, and colored powders, and improper compounding can easily cause system imbalances, causing quality problems such as roughness, stratification, and precipitation of the paste.In order to optimize system compatibility and improve product long-term stability, this research and development selects highly adaptable nonionic surfactants to accurately reconcile the differences between the components and optimize the texture and storage performance of the paste in all directions.   Mingya self-developed OILREE®MY946 PEG-10 ISOSTEARATE, which is a transparent water-soluble liquid surface active, classic used in high-end transparent makeup remover oil, with strong oil emulsifying ability, rapid diffusion in case of water, no greasy residue after rinsing.Applying an appropriate amount to the lip glaze system can effectively reconcile the compatibility of silicon raw materials with polar oils and fats, weaken the component rejection reaction, make the overall paste system uniform and stable, and avoid quality defects that occur in long-term storage.   Through the horizontal comparative testing of a variety of gentle surface activities such as Laurel 7, the team further precipitated the exclusive surface activity adaptation logic of anhydrous lip glaze, and accumulated sufficient technical experience for subsequent product iterations and system optimization, so that the finished product can achieve a refreshing, low-viscosity feeling and long-lasting uniform film-forming makeup effect at the same time.     IV. Deepen the innovation track of makeup raw materials   At present, the beauty consumer market is becoming more refined and specialized, and consumers' evaluation criteria for lip makeup are becoming more and more stringent. The texture of makeup, the skin feeling of the upper mouth, gentleness and safety, and the stability of holding makeup are indispensable. The technical shortcomings of traditional old formulas continue to be highlighted.The anhydrous oil-silicon complex ligand system, with its outstanding makeup effect and stability, has become the core technical direction for cracking the pain points of the glossy lip glaze industry and realizing product upgrading and iteration at this stage.   Mingya has been deeply engaged in the research and development of functional raw materials for beauty for a long time, accurately focusing on the pain points of end products, and continuously iteratively optimizing the self-developed raw material system such as silicone, synthetic esters, and nonionic surfactants.In the future, Mingya will continue to focus on sub-segments such as lip makeup, eye makeup, and high-end skin care, and develop more innovative raw materials with high safety, high adaptability, and multi-function to provide more mature and landing product solutions for the beauty industry. 

Surfactants of natural origin provide new options for formulas   Alkyl glycoside surfactants are used in many fields such as shampoo, shower gel, facial cleansing products, and baby care because of the good fit between the source characteristics and the gentle cleansing direction.It can also be seen from the formula data in recent years that glycosyl surfactants such as coco-glucoside are often used in natural positioning, sulfate-free and gentle cleaning products.   Liposuction ideas in the OILREE®MY AP-18 cleaning system   In the direction of combining the surface activity of natural sources with the liposuction system, OILREE®MY AP-18 COCO-GLUCOSIDE/GLYCERYL OLEATE is a complex formed based on alkyl glycosides and fatty acid monoglycerides. From the perspective of formula, the cleansing system can be linked to the idea of liposuction.An obvious feature of it is its ability to increase viscosity.   As a liposuction, it can be used in shower gels, foam baths, shampoos and baby products.During the cleaning process, surfactants need to take away dirt and excess oil, while the liposuction system can help the formula retain a more natural sense of lubrication after cleaning.The goals of the two are not exactly the same, but they just happen to complement each other.From this perspective, the meaning of OILREE®MY AP-18 is not to simply add a functional component, but to coordinate the two directions of cleansing and liposuction in the same system.   OILREE®MY907 Finding a balance between cleansing and moisturizing   OILREE®MY907 PEG-7 GLYCERYL COCOATE is a water-soluble, dispersible emollient that can be used in surface active cleaning products to replenish oiliness and help improve smoothness during use.There is a certain difference between this and oily emollients in the traditional sense.For liquid shampoos and shower gels, if the added oil components are difficult to enter the system, it may affect the appearance, foam, or storage stability of the product.   OILREE®MY907 can be used in personal cleaning products such as shampoo and bath liquid, and can be used as a liposuction, and can also be used in cleaning products and hair care products.Another feature of it in surface cleaning products is that it can supplement grease without significantly affecting foam performance.If you can take into account the cleanliness, foam, and softness after washing at the same time, the overall use experience of the product will naturally be more complete.   Shampoo: Clean the scalp, but also take care of the sense of use of the hair   Shampoo is a typical application scenario in the trend of gentle cleansing.The scalp needs to be cleaned, but the hair itself does not need to be overly degreased.Especially hair that has been dyed, scalded, heat treated, or exposed to the external environment for a long time is prone to dryness, frizz, and knotting.Therefore, shampoo formulas cannot only consider the cleansing effect of the scalp, but also the state of the hair after cleansing.This is why it is often necessary to consider surfactants, conditioners and liposuction systems at the same time in shampoos.In this process, OILREE®MY AP-18  can participate in formula design in terms of liposuction and system viscosity, while OILREE®MY907can provide another way of thinking in terms of moisturizing, replenishing oil and feeling of use.     Shower gel: Consumers are beginning to pay attention to the state of the skin after washing   OILREE®MY AP-18 can be used in shower gels and can provide formula value in terms of liposuction and thickening; OILREE®MY907 can improve the skin feel of cleansing products by supplementing oil.This combination idea actually reflects a relatively simple formula logic: cleaning is responsible for taking away unwanted things, while the fat-enhancing system helps the product avoid leaving only an overly strong sense of cleanliness.   Baby cleaning products put forward higher requirements for formula balance   Baby products have always been an important application area for gentle cleaning.Compared with ordinary cleaning products, baby care products often need to pay more attention to the selection of raw materials and the overall use experience when designing formulas.Naturally derived surface active systems can provide different cleaning options for products, while appropriate liposuction ingredients can help improve the feeling after washing.OILREE®MY AP-18 can be used in infant products, but it should be noted that mildness does not mean that a complete safety evaluation can be ignored.Any baby cleaning product ultimately needs to be fully verified according to the specific formula, concentration used, product type and regulatory requirements.   Similar changes are taking place in makeup remover products   Gentle cleansing does not only occur in the field of shampoo and shower gel.Makeup remover products also face the problem of balancing cleanliness and comfort.Makeup remover needs to deal with makeup, sebum, and oily dirt in the daily environment, but if the skin is obviously tight after use, it will affect consumers' overall evaluation of the product.   OILREE®MY907 can be used in makeup remover, and can also be used as a solubilizer in some essential oils and active body systems.This shows that the application boundary of lipoprotein raw materials is gradually expanding.In the past, people used to separate cleansing raw materials, emollient raw materials and solubilizing raw materials, but now they pay more and more attention to the comprehensive role of a raw material in a complete formula.     Natural sources and gentle cleansing will continue to affect the development of care products   OILREE®MY AP-18 starts from the characteristics of the combination of alkyl glycosides and fatty acid monoglycerides, and at the same time has the application value of liposuction and thickening. It can be used in shampoo, shower gel, foam bath and baby products.OILREE®MY907is characterized by water-soluble, dispersible, and emollient properties, which replenishes oil and improves skin sensation for the surface active cleansing system, and at the same time it also has a certain amount of room for cleansing and solubilizing applications.It is not simply the pursuit of stronger cleansing, but to form a more natural relationship between cleansing, foam, viscosity and skin feeling after washing.   Cleaning products are entering the ”experience first" formulation stage   From cleaning to nursing, from a single function to system collaboration, gentle cleaning is pushing personal care products into a stage that pays more attention to the user experience.In other personal care systems, similar functional synergy can also be extended to different directions such as moisturizing, emulsifying and conditioning. For example, the formula value of raw materials such as glycereth 26 also shows that modern personal care products pay more and more attention to the comprehensive role of a single raw material in the overall system.   At the same time, with the continuous development of emulsifying and solubilizing technologies, the attention of formulation design to the interaction between different systems will further increase. The formulation ideas corresponding to functional raw materials such as oil in water emulsifier can also provide more reference for the development of personal care products.In the end, what consumers really feel is not a certain raw material itself, but the overall experience left after a product is used.For care products, this experience is becoming more and more important.

I.Transparent water-based products become a new air outlet in the industry   With the continuous improvement of the market's quality requirements for transparent water-based products, the disadvantages of the traditional solubilizing system have been continuously magnified, and the industry urgently needs solubilizing raw materials with more balanced performance, wider adaptability, and more convenient operation to fill technical shortcomings.The OILREE®MY940 PEG-40 HYDROGENATED CASTOR OIL, relying on its comprehensive performance advantages, reconstructs the efficient solubilizing logic of the water-based system, solves many pain points in the formulation development and industrial production of transparent personal care products, and provides a stable and feasible new solution for the transparent transformation of the industry.   II. Restrict the large-scale landing of transparent products   At the level of solubilization efficiency and product texture, traditional solubilizers generally have the problems of high addition and low efficiency.To achieve the complete dissolution of flavors and oil-soluble ingredients, a higher proportion of raw materials need to be invested. Excessive surfactants will remain in the water-based system. The product cannot be quickly spread and absorbed after being applied to the face, and it is easy to form a sticky film, which brings stuffy skin, sticky hands, and oily light. The problem greatly affects the consumer experience, which is contrary to the current lightweight and zero-burden skin care needs.   At the level of formula compatibility, most transparent water agent products on the market currently use acrylic thickeners to adjust the viscosity of the system, making the product texture more uniform and stable, and improving the feel of application.However, most general solubilizers will have antagonistic effects with acrylic thickeners, destroying the crosslinked stable structure of the system, resulting in abnormal product viscosity and decreased transparency. After high and low temperature testing or long-term storage, it is easy to atomize, whitish, layered failure and other problems, and the shelf stability of the product is difficult to guarantee.   At the level of industrial production, most hydrogenated castor oil-derived solubilizers are in solid form and must be heated and melted at high temperature before they can participate in batching, which not only increases the energy consumption cost of the production line, but also requires additional temperature control parameters, increasing the difficulty of production processes and operations.For washing and care foundries with large orders and fast batch changes, cumbersome production processes will reduce production efficiency, and at the same time, batch quality differences may easily occur due to temperature control deviations, which is not conducive to standardized mass production.   Taken together, the traditional solubilizing system cannot achieve the multiple balances of high transparency, skin-friendly feeling, high compatibility, and easy production. It has become the core obstacle to the development of water-based personal care products to high-end transparency. The popularization and application of new high-efficiency solubilizing raw materials has become an inevitable trend in the industry.       III.Core performance analysis reshaping solubilization technical standards   OILREE®MY940 is an efficient solubilizing raw material specially developed for transparent water-based systems. It presents a stable white paste at room temperature of 25℃, with uniform shape, no agglomeration, no stratification, and high purity of raw materials and stable performance.Relying on scientific hydrophilic and oleophilic molecular structure design, peg-40 hydrogenated castor oil breaks through the performance limitations of traditional raw materials and realizes a comprehensive upgrade in the four dimensions of solubilization efficiency, formula compatibility, skin feeling performance, and production adaptation.   3.1 Low addition and high efficiency solubilization to achieve the ultimate transparency of the system   Solubilization efficiency is the core competitive advantage.The molecular structure of PEG-40 HYDROGENATED CASTOR OIL has a balanced ratio. The hydrophobic end can quickly wrap all kinds of oily substances, and the hydrophilic end can be firmly combined with the aqueous phase system to form a nanoscale uniform micelle in the water, which will not block light, and ultimately make the entire formula system absolutely transparent. Effect.Unlike the traditional mode of operation with high addition of raw materials, OILREE®MY940 has a small amount of addition and a fast starting speed, which can reduce the residue of surfactants from the root cause.   3.2 Broad-spectrum compatibility, stable adaptation to mainstream formulation systems   OILREE®MY940 is perfectly adapted to the mainstream acrylic thickening system in the industry. It will not interfere with the polymerization structure of the thickener, and can effectively maintain the stable viscosity and transparent appearance of the formula. It completely solves the industry problem that traditional solubilizers are incompatible with thickening systems. It can be widely used in transparent toners, fragrance essences, refreshing repair fluids, body washes and other products.   At the same time, it has strong broad-spectrum compatibility, can be stably compounded with most basic raw materials and efficacy raw materials in the personal care industry, and can be flexibly used in the deployment and production of various formula matrices, intermediates, and semi-finished products, with strong adaptability.As a commonly used lightweight emollient raw material, Isopropyl myristate can be stably compounded with it. While improving the product's emollient texture and improving dryness and roughness, it will not destroy the transparency and stability of the water-based system at all, so as to achieve a two-way balance between efficacy and appearance.   3.3 Optimize the terminal skin feeling to create a supple and zero burden experience   In terms of end-use experience, OILREE®MY940 completely solves the common problem of traditional solubilizers being sticky and heavy.The micelle structure formed by this raw material is delicate and stable, and it has excellent ductility after being applied to the surface of the skin. It can be quickly and evenly spread and absorbed by the skin. It will not form a heavy residual mucosa on the surface, and finally presents a soft, smooth and refreshing skin feeling. , No sticky, no stuffy skin, no oily problems.   This kind of high-quality skin feeling characteristic is highly in line with the current consumer's pursuit of light maintenance and zero burden skin care concept. Whether it is a refreshing summer care product or a gentle lotion product for sensitive skin, it can rely on this raw material to optimize the use experience, so that the transparent appearance and high-quality skin feeling are perfectly combined, greatly enhancing the market competitiveness of products.       IV. Accurately realize the core values of the solubilizing system   In the conventional flavor solubilizing scenario, the 3:1 material ratio is the optimal ratio that has been verified by a large number of actual measurements, that is, three parts of peg-40 hydrogenated castor oil with one part of flavor or other oil-phase substances to be solubilized.During the production process, the raw materials and oil-phase materials cannot be directly put into the water for stirring, which is prone to insufficient local dissolution and turbidity of the system.The standard operating procedure is to complete the premix homogenization of the solubilizer and the oil phase first, so that the micelle structure fully wraps the oily molecules, and the oil-water structure is initially balanced, and then slowly add pure water and continue stirring until the system is completely uniform and transparent.   For differentiated formulas of different categories, the overall performance of the product can be optimized through the compounding of a small amount of raw materials.In order to improve the application ductility and spreading speed of water-based products, and adapt to different skin use scenarios, some formulas will be combined with mild nonionic surfactants for complex debugging.Laurel 7 can be scientifically combined with peg-40 hydrogenated castor oil to effectively optimize product spreading performance without destroying the transparent texture of the system and affecting product stability, so that water-based products can be applied more evenly and absorbed faster. It is suitable for transparent skin care essence, fragrance water, refreshing lotion and other multi-category product development.   V. Transparent formula ushered in a new upgrade opportunity   With the continuous upgrading of personal care formula technology,OILREE®MY940 will be used in more subdivided categories, and it will be deeply combined with various emollient raw materials, efficacy active substances, and emulsifying systems to develop more high-quality transparent water agent products adapted to market demand.Relying on the technological empowerment of this highly efficient solubilizing raw material, the entire water-based personal care industry will continue to upgrade in the direction of high stability, high perception, excellent experience, and low cost refinement, and promote the overall quality of the industry to a new level.

I.Overseas customers visit on-site to deepen cross-border cooperation and exchanges   Recently, a group of Russian customers visited Mingya to conduct in-depth exchanges on issues such as cosmetic raw material products, technology research and development, quality control and future market cooperation.Through face-to-face communication and negotiations, the two sides have further deepened each other's understanding of products, technologies and market needs, and have also laid a good foundation for further in-depth cooperation in the Russian and international markets.   II.Focus on the needs of the Russian market and accurately connect the pain points of formula research and development   During the negotiation and exchange session, the two sides focused on the consumption trends of the Russian local beauty market, product formula pain points, raw material adaptation standards, and future cooperation models for detailed discussions.In view of this distinctive market characteristic, Mingya's R&D team highlighted a variety of independently developed core characteristic raw material products to customers, explained in detail the physical and chemical properties of various raw materials, formula application advantages, adaptation scenarios, and localized solutions, and answered customers' questions about raw material compatibility, stability, production adaptability, compliance standards, etc., and demonstrated the company's R&D and technical strength in all directions.       III.The appearance of core characteristic raw materials, suitable for multi-scene beauty production   (1) OILREE®MY935 high-stability multifunctional W/O emulsified raw material   OILREE®MY935 PEG-30 DIPOLYHYDROXYSTEARATE has high temperature stability and can be adapted to formula production and product storage in different temperature environments. At the same time, it also has a very high internal phase volume, which can form emulsified body fluid droplets with fine particle sizes. The core advantage is that it is not limited by the polarity of the external phase grease, and it can be compatible with various types of grease raw materials, and the adaptation range is very wide.W/o-type emulsions with a high aqueous phase ratio can be easily prepared, which greatly enhances the moisturizing and moisturizing texture of the formula.   In actual formulation applications, OILREE®MY935 can prepare a liquid low-viscosity emulsion with excellent temperature stability, taking into account the skin feeling and storage stability of the product, and at the same time has the ability to disperse solid substances such as toner in the oil phase of the oil-in-water system.   During the formula debugging process, it can be used in conjunction with trihydroxystearin to further strengthen the structural stability of the w/o system, so that makeup and sunscreen products can still maintain uniform texture and not easy to take off makeup in high temperature and dry climates, greatly improving the quality competitiveness of end products and meeting the needs of consumers.   (2) PEOFA™MY986 is an emulsifier suitable for maternal, infant and dry skin   PEOFA™MY986 POLYGLYCERYL-3 DIISOSTEARATE is a w/o-type emulsifier and dispersant with excellent performance. The biggest advantage is that it is extremely compatible and can be perfectly adapted to all kinds of w/o-type emulsions. The compatibility is stable, and there will be no formula agglomeration, stratification, precipitation and other problems.   Relying on stable performance advantages, it is very suitable for the production of waterproof sunscreen, anhydrous makeup, baby ointment and other products, and can be used in skin cream and lotion formulas suitable for dry skin.With its good fat-soluble properties, it can lock in skin moisture and enhance the moisturizing and repairing effect of the product.   (3) OILREE®MY912 multifunctional cleansing and makeup remover special raw materials   In view of the market demand for makeup remover and cleansing beauty products, OILREE®MY912 PEG-6 CAPRYLIC DECANOIC GLYCERIDES, with its excellent cleansing and emulsifying ability, can be used as the core surfactant of makeup remover products to quickly emulsify and dissolve the oil and pigment components in makeup to achieve efficient makeup remover, gentle cleansing power and no damage to the skin barrier.   In addition to makeup remover products, it can be used as a liposuction agent and fragrance retention agent in bath products to enhance the nourishing texture and fragrance retention time of bath products; in the aftershave and medicinal gels of the water alcohol formula system, it can effectively prevent skin shrinkage and at the same time play a role in solubilizing flavors, essential oils, volatile crystalline substances and various active ingredients.   In the production of liquid washing products with high content of surface activity, it can also effectively reduce product viscosity, optimize product texture and feel of use, and at the same time have a good conditioning effect on the state of the scalp. It can inhibit the growth of dandruff and improve the problem of scalp shedding. It can be widely used in all kinds of scalp care, cleansing and care products.In the research and development of water alcohol formulas, it is used with peg 40 hydrogenated castor oil to further enhance the solubilizing effect of flavors and active ingredients, make the formula system more transparent and stable, and avoid quality problems such as turbidity and precipitation.   (4) OILREE®MY918 natural mild plant-based emulsified raw materials   Aiming at high-quality segments such as high-end skin care, infant skin care, and high-power sunscreen, Mingya's OILREE®MY918 CETEARYL ALCOHOL/CETEARYL GLUCOSIDE is very competitive in the market. It is a liquid crystal natural emulsifier of pure plant origin, does not contain eo components, has very low irritation, and has excellent biodegradable properties. It fits the current global beauty natural, gentle and green development trend.   OILREE®MY918 can achieve stable emulsification without considering the polarity and molecular weight of the grease, greatly reducing the difficulty of formula debugging and improving the production efficiency of enterprises.With the core advantages of safety, gentleness, low irritation, and high stability, it can be widely used in eye creams, baby skin care products, anti-allergic repair products, and high spf sunscreen products.     IV. Finalize the direction of long-term in-depth cooperation   During the negotiation process, Russian customers focused on detailed communication on the formulation adaptation, mass production, cross-border supply, technical after-sales and other issues of the four core raw materials, paying special attention to the product stability of raw materials in extreme temperature difference environments, localized formula debugging and adaptation, and compliance certification and other core issues.Combining the local market environment and industry standards, the Mingya team provides customers with one-to-one customized raw material adaptation solutions, and gives accurate raw material ratio, formula debugging, and system optimization suggestions for the research and development needs of different types of products.   The two sides also conducted in-depth discussions on the future diversified cooperation model, and agreed that there is a strong demand for the upgrading and iteration of raw materials in the Russian beauty market, and natural, mild, highly stable and multifunctional raw materials have great market potential.In the future, based on the supply of raw materials, the two sides will gradually expand to multiple dimensions of cooperation such as joint formula research and development, localized product co-creation, and technical resource sharing. Relying on Mingya's R&D and production advantages and the advantages of Russian customers' local market channels, two-way empowerment, complementarity and win-win, and jointly explore new opportunities in the Eastern European beauty raw material market.   V. Deepen overseas markets and continue to consolidate the layout of international development   This on-site visit and exchange of Russian customers is an important step for Mingya to deepen its international market layout and expand overseas markets in Eastern Europe.Offline face-to-face in-depth communication has effectively narrowed the distance between enterprises and overseas customers, deepened the mutual trust and consensus of cooperation between the two sides, and allowed Mingya's technical strength, product advantages and service concepts to be fully recognized by overseas customers.   In the process of deepening cooperation in the international market, Mingya will continue to explore more new paths and possibilities for the innovative application of beauty raw materials, so as to achieve mutual benefit and win-win and collaborative development between enterprises and overseas customers.In high-end sunscreen, gentle skin care, efficient cleaning, waterproof makeup and other subdivided tracks, we continue to export high-quality raw materials and customized formula solutions, relying on the technical accumulation of the water in oil emulsion system, we continue to optimize the performance of w/o-type raw material products, in line with the diversified and high-quality development trend of the global beauty market, and steadily enhance the core competitiveness of enterprises in the international beauty raw material circuit.

I.The development of cost-effective hair mask formula ushered in new opportunities   Nowadays, perm dyeing and styling have long been integrated into the daily life of the public. Problems such as dry frizz, bifurcation of hair, and static electricity in combing hair caused by frequent chemical treatment and external environmental erosion continue to drive the market demand for hair care products.Among the many hair care categories, hair masks have always occupied a stable market share with their stronger moisturizing and repairing capabilities. Many care brands have a dual appeal in the new product planning stage. On the one hand, they hope that the finished product will be smooth to apply and come with exquisite pearlescent visual effects to enhance the attractiveness of the product; on the other hand, there is an urgent need for stable compatibility, easy factory mass production, and mature reference solutions that can effectively control the cost of raw materials.   Mingya has completed the landing of the research and development formula of the pearlescent softening hair mask. The complete set of solutions is fully equipped with Mingya's self-developed characteristic raw materials to achieve a balance between the hair conditioning effect, the long-term storage stability of the cream, the appearance and texture of the finished product, and the control of production costs. It provides a set of highly practical reference ideas for the development of new products for care processing plants and domestic and foreign beauty brands.   II.Multiphase raw materials work together to build a supple hair care system   The reference formula of pearlescent softening hair mask focuses on the circulation of popular daily chemicals, and is fed in strict accordance with the standardized emulsification process. The division of labor of various raw materials is clear, and a cream system that integrates moisturizing and locking, smoothing hair scales, antistatic, and brightening hair luster is jointly built. In addition to the selection of industry-common oils, polyol moisturizers, and silicon conditioning raw materials, the complete formula introduces two characteristic raw materials OSMFACT® MY1831ES and OILREE®MY749-B independently developed and produced by Mingya. These two products are also the key components that determine the experience of using this hair mask and hair care.   OSMFACT® MY1831ES STEARTRIMONIUM CHLORIDE, which belongs to alkyl quaternary ammonium salt cationic surfactant, is the core hair conditioning component of the formula.Compared with similar quaternary ammonium salt products on the market, the carbon chain range is narrower and the conditioning is more targeted. After being put into the system, the cationic structure can be actively adsorbed on the surface of the negatively charged hair scales, smoothing the outward rolling scale structure, reducing the coefficient of friction between the hair, improving the problem of dry and wet hair combing and caton, and long-term inhibition of static electricity flying in the hair.After many tests and debugging, it can not only exert sufficient softening and repairing effect, but also avoid the heavy and sticky, unclean flushing and other problems caused by excessive cationic acid, and is suitable for neutral hair, dry hair, and long-term perm-dyed damaged hair.The raw materials have excellent compatibility with fatty alcohols and silicones in the system, and work in concert with Bis diglyceryl polyacyladipate 2 to further optimize the smooth touch of the hair after rinsing, balancing the two major pain points of dryness and excessive false slippage.   OILREE®MY749-B BIS-DIGLYCERYL POLYACYLADIPATE-2, often referred to as plant lanolin in the industry, traditional formulas often rely on natural lanolin to enhance moisture, but natural lanolin is very short-term, long-term storage, continuous temperature fluctuations, easy to change color, odor changes, after high-temperature emulsification processing, the stability of the emulsion is easy to decline. OILREE®MY749-B effectively makes up for various defects of natural lanolin. The viscosity characteristics in the range of 25 to 70℃ are close to that of natural lanolin, but there will be no viscosity fluctuations due to changes in light, storage time, and ambient temperature. Under high temperature processing conditions, the color is still stable, and the light neutral odor is maintained throughout the process.It can be blended with oils, waxes, and viscosity regulators such as tetracyl alcohol and cetyl stearyl alcohol, and components such as paraffin, triglycerides, and mineral lipids can be combined with it.Used in hair mask products, it can give the cream a soft and stretched consistency, form a light and breathable moisturizing film on the surface of the hair, enhance the ability of the hair to lock in water, and feel refreshing when applied to the skin. Will not form a heavy oil film accumulated on the surface of the hair.In addition to hair care products, it is also suitable for baby skin cream, lipstick and other categories, with rich application scenarios.     III.The stability of the formula has outstanding advantages and reduces the debugging pressure in the mass production stage   Formula stability has always been the core concern of shampoo and care R&D personnel. Hair care creams containing a large number of polyols, silicones and cationic conditioners are prone to stratification, pearlescent regression, and significant changes in consistency during hot and cold cycle testing and long-term standing storage.Many hair care formulas are more difficult to emulsify under a high polyol system. The excellent miscibility of OILREE®MY749-B can help the oil phase components to be more evenly dispersed in the aqueous phase, effectively improving the heat resistance of the emulsion. Compared with similar formulas that directly add natural lanolin, the stability advantage of the finished product is very obvious. In the development stage of the care formula, the oil phase dispersion effect and the long-term stability of the system need to be taken into account at the same time. A suitable Oil in water emulsion can simplify the debugging of the formula and avoid various problems such as precipitation and stratification in the mass production stage.   IV.It is suitable for popular washing and care products, and the formula has sufficient adjustment flexibility   Mingya's two core characteristic raw materials can be stably supplied in large quantities, reducing the communication costs caused by the brand's docking with multiple suppliers.Formulation engineers can flexibly adjust this basic plan. If you want to strengthen the repair ability, you can adjust the proportion of silicone added; if you want to reduce the heavyness of the cream, you can fine-tune the amount of fatty alcohol used; if the brand focuses on the positioning of fragrance care, you can also change the flavor category to match the product tone. The market segmentation trend of the care market is deepening, and consumers are no longer only satisfied with the short-term smooth effect, but also put forward more expectations for the appearance, aroma, long-term use experience, and the mildness of the formula.   Hair mask with pearlescent texture has obvious visual advantages in similar products. Whether it is offline shelf display or short video online promotion, it is easier to attract attention, stable and long-lasting moisturizing and softening experience, and can continue to accumulate consumers' willingness to repurchase. Cationic conditioner is an indispensable core raw material for hair care products. A cationic softener with balanced and stable performance can greatly shorten the debugging cycle of hair care prescriptions, and the OSMFACT® MY1831ES conditioning performance is stable. In addition to this hair mask formula, it can also be flexibly reused in a variety of hair care products such as conditioner and disposable conditioner.     V.Relying on its own raw material matrix, it will continue to output washing and care application solutions   Mingya continues to deepen the research and development of cosmetic raw materials and the output of application formulas. In addition to the reference formula of this pearlescent softening hair mask, it continues to export mature and landing application solutions to the care and skin care industries, covering cleaning products, conditioning creams, skin cream creams and other categories.The company independently develops a series of products such as cationic conditioners, polyesterone emollient raw materials, and emulsifiers, and continues to provide raw material support and supporting formula technical services for domestic and foreign beauty foundries and care brands.    VI. Conclusion   The market competition in the shampoo and hair care industry continues to intensify, and there are a large number of homogenized products on the market. If you want to create a hair care product with differentiated competitiveness, it is a practical path to optimize from the bottom formula raw materials.The polyols, silicones, fatty alcohols, cationic conditioners, and emollient esters in the formula form a synergistic network. After washing and repairing, they continue to care for damaged hair, reduce hair damage caused by daily environment and repeated perm dyeing, and bring consumers a salon-like soft hair care experience that can be experienced at home.

Steareth-2 and steareth-21 form a stable emulsion system   As an important functional raw material connecting the oil phase and the aqueous phase, emulsifiers have gradually become a key link in the research and development of cosmetic formulas.Especially in the oil in water system, emulsifiers not only affect the final appearance and texture of the product, but also determine whether the oil, active ingredients, and the aqueous phase system can maintain long-term stability.   With its good formula adaptability, strong stability and wide range of applications, nonionic emulsifiers have become an important development direction in the skin care raw material market.   Mingya continuously optimizes the solutions of nonionic polyether emulsified raw materials around the needs of cosmetic emulsification systems. Among them, steareth-2 and steareth-21 provide more stable emulsification support for skin care, base makeup and body care products through the synergy between different hydrophilic and oleophilic structures.   I. The oil-in-water emulsification system has become an important foundation for modern cosmetic formulas.   Oil-in-water system usually refers to the emulsified structure of oil droplets dispersed in a continuous aqueous phase. This kind of system has the characteristics of refreshing, easy to apply, and light skin feeling. Therefore, it is widely used in lotions, creams, sun protection, and base makeup moisturizing products.   Compared with the simple pursuit of emulsifying effect, modern formula development pays more attention to the comprehensive performance of the emulsifying system: it is necessary to ensure the stability of the particle size of the oil droplets and avoid problems such as oil analysis and stratification during long-term storage; it is necessary to take into account the sense of use of the product, so that the cream has good ductility and fineness; in addition, it is also necessary to adapt to more and more complex efficacy-based formulas, such as adding plant extracts, moisturizers, active ingredients, and different types of emollient oils.   Therefore, an excellent oil-in-water emulsification system does not rely on a single emulsifier to complete, but through a reasonable combination of different structural raw materials to achieve the balance of oil phase, water phase and interface.This is also the important value of Oil in water emulsion in the development of modern cosmetics.   II. Steareth-2 and steareth-21: complementary functions brought about by different structures   In the nonionic emulsifier system, the same series of emulsified raw materials with different hydrophilic degrees can often form a good synergistic relationship.The OILREE®MY92-B STEARETH-2 and OILREE®MY972-B STEARETH-21  launched by Mingya are designed based on this technical logic.   OILREE®MY92-B STEARETH-2 is an emulsified raw material for fatty alcohol polyoxyethylene ethers.Due to the relatively high proportion of oleophilic parts in the molecular structure, it is easier to interact with oils and fats in the emulsifying system, which can help improve the dispersion state of the oil phase and improve the binding ability of the oil phase to the emulsified interface.In the practical application process, it is usually not used as a separate emulsifier, but as an oil-phase auxiliary emulsifying component, which works with the hydrophilic emulsifier to build a more complete emulsifying structure.   OILREE®MY972-B STEARETH-21 has stronger hydrophilic characteristics and can play a more obvious interface stabilization role in the aqueous phase system.Its longer polyoxyethylene chain structure can help form a stable hydration layer and improve the protection ability of oil droplets after dispersion.steareth-2 is better at connecting the oil phase; steareth-21 is better at stabilizing the water phase; after the two are combined, a more complete oil-water interface protection structure can be formed.     III.How to improve the emulsification stability of the complex ligand system   In actual formulation development, it is often difficult for a single emulsifier to meet all needs.If the system relies too much on oleophilic emulsifiers, although it can enhance the oil binding ability, the water phase stabilization ability may be insufficient; and if the proportion of hydrophilic emulsifiers is simply increased, it may lead to a decrease in the oil droplet protection ability in high-grease formulas.   The complex value of steareth-2 and steareth-21 lies in the complementarity of the two.During the emulsification process, steareth-2 can enter the vicinity of the oil-water interface and form a stable combination with the grease components, helping to reduce the risk of aggregation between oil droplets.At the same time, steareth-21 forms a protective layer in the direction of the aqueous phase, so that the dispersed oil droplets can exist more evenly in the continuous aqueous phase.   This two-way effect makes the emulsifying system more stable and also provides greater formulation space for the development of different types of products.In highly nourishing creams, a higher proportion of emollient oils are usually added to the formula to enhance the sense of moisturizing.If the emulsifying system is insufficient, the paste structure is loose or the stability decreases during storage.Through the reasonable combination of steareth-2 and steareth-21, it can help the high-grease system maintain a more uniform state, while improving the application experience of the final product.   IV. From basic skin care to Makeup moisturizer, emulsification technology promotes product innovation   With the continuous development of the fusion trend of “skin care + base makeup”, more and more brands are beginning to pay attention to product types that combine moisturizing, retouching and light makeup effects.For example, products such as Makeup moisturizer need to meet the moisturizing properties, light skin feeling, and pre-makeup adaptability at the same time, which puts forward higher requirements for the emulsifying system.Compared with traditional heavy-duty creams, modern consumers are more inclined to: apply and absorb quickly; the skin feels silky; does not produce a significant greasy feeling; and maintains a comfortable state for a long time.   The combination of steareth-2 and steareth-21 can help adjust the product structure, so that lotions, creams, and base makeup moisturizing products have a more delicate appearance and a smoother experience.In different types of personal care products, emulsification technology also plays an important role.Some care products will use functional raw materials such as Catic softener to improve the softening experience, while the emulsification system is responsible for ensuring the stability of the overall formula structure, and the two jointly improve the performance of the end product.   V.In the complex formulation environment, higher requirements are put forward for the emulsifying system   As a non-ionic emulsifying combination, steareth-2 and steareth-21 have a good range of adaptability in the formulation development process.In nourishing products containing a variety of oils and fats, it can help maintain system stability; in lightweight emulsions, it can improve product spread; in sunscreen and nursing products, it can provide basic infrastructure support for complex systems.     VI.Synergy of multiple types of emollient raw materials to expand the space for formula application   Modern skin care products usually do not rely only on emulsifiers to complete the product experience, but through a combination of emulsifiers, emollients, thickeners, and functional raw materials to achieve the final effect.   The reasonable collocation between different raw materials enables the emulsifying system to cover a richer product development direction.From face creams and body creams to sunscreen and base makeup fusion products, a stable emulsification system is becoming an important technical basis for brands to enhance their product competitiveness.   VII.Upgrading the supply chain of emulsified raw materials to promote industry development   As a supplier of cosmetic raw materials, Mingya continues to develop and upgrade emulsifiers, synthetic oils and functional raw materials, and provides more reliable raw material solutions to customers around the world through stable production systems and technical service capabilities.   The development of the oil-in-water emulsification system is not only the upgrade of the emulsifier product itself, but also represents the cosmetics industry's continuous pursuit of stability, safety and consumer experience.   In the future, as skin care products become more refined, structural complementary emulsifying systems such as steareth-2 and steareth-21 will play a role in more innovative formulas, providing more flexible and efficient technical support for brand product development.

I. The underlying foundation of long-lasting base makeup to solve the core pain points of card powder mottling   The vast majority of liquid foundations have problems with makeup removal and mottling, and the root cause lies in the uneven dispersion of inorganic pigment powders.The liquid foundation formula contains colored powders such as titanium dioxide and iron oxide. This kind of powder has a high density and can easily produce electrostatic agglomeration between molecules. as a key systemic ingredient, oil in water emulsifier helps improve the compatibility and stability of powder in the formula, it will quickly precipitate and layer when left to store. After applying to the face, it accumulates on the nose, under the eyes, nasolabial folds and other skin lines. After two to three hours, there will be obvious powder stuck. After the oil and sweat are infiltrated, the color patches float directly on the surface of the skin, and the growth is greatly reduced when holding makeup.   In view of the problem of powder agglomeration, the mainstream solution is to add a special oil‑soluble dispersant, Mingya's OILREE® 1836N POLYHYDROXYSTEARIC ACID. This product is a universal and efficient dispersing raw material for oil‑in‑water and oil‑in‑water liquid foundation.The molecular structure has both a long hydrophobic carbon chain and an active hydroxyl group. The hydrophobic carbon chain will be tightly adsorbed on the surface of the pigment powder to form an isolation film to offset the adsorption force between the powders; the hydroxyl group can blend with various oils and emulsified components in the formula system, so that the powder is evenly suspended inside the paste body, eliminating layered precipitation.   II.Balance the light skin feeling and the lasting power of makeup   After the powder dispersion problem is solved, the core of formula research and development falls on the construction of the emulsification system.Liquid foundation on the market is divided into two major systems, oil-in-water and oil-in-water. The two have their own shortcomings: the oil-in-water texture is light and moisturizing, but the waterproof and sweat-resistant properties are weak; the oil-in-water color-locking ability is outstanding, but it is easy to be heavy and stuffy, and it is easy to clog pores with makeup for a long time.The core direction of the upgrading of raw material technology in recent years is to neutralize the defects of the two types of systems by compounding emulsified raw materials, taking into account the breathable skin feeling and the ability to hold makeup throughout the day.     2.1 Oil-in-water long-lasting liquid foundation emulsification solution   OILREE® MY9200 is a combination of PEG-20 STEARATE and CETEARYL ALCOHOL. It is neutral and gentle. it is suitable for dry skin and mixed dry skin. It is a moisturizing long‑lasting liquid foundation.As the core component of nonionic emulsification, PEG-20 STEARATE has a moderate hydrophilic and oleophilic balance value. It can wrap the moisturizing phase of polyols in the formula and disperse evenly in the emollient oil base; CETEARYL ALCOHOL is a long‑chain fatty alcohol, which plays a role in thickening and stabilizing the structure of the cream. It enhances the smoothness of liquid foundation spreading and reduces the probability of mud clumping on the face.   Many highly moisturizing makeup-holding liquid foundations will add a lot of moisturizers such as glycerin and propylene glycol. Excessive water phase can easily destroy the emulsified structure and cause water-oil separation.Generally, glycereth 26 will be introduced to enhance the upper limit of the water phase carrying capacity, lock in the moisturizing ingredients in the formula, and solve the common problem of tightness and dryness of the cheeks with makeup for a long time, while stabilizing the emulsified film layer and prolonging the adhesion of the base makeup. Aging.   2.2 Oil-in-water high-holding makeup liquid foundation emulsification solution   The high‑lasting matte liquid foundation created for oily skin and outdoor scenes generally adopts an oil‑in‑water emulsifying system. PEOFA™ MY986 POLYGLYCERYL-3 DIISOSTEARATE is a special emulsifier for high‑powder and high‑fat formulas.This polyglyceride raw material has a branched-chain isostearic acid structure, and its spreading and ductility is far better than that of traditional straight-chain polyglycerides. It can not only completely wrap the powder and emollient oil, but also form a dense hydrophobic film on the surface of the skin, isolating sweat and facial sebum from scouring the base makeup, and achieving a color-locking effect of more than 12 hours.the traditional oil‑in‑water formula is easy to be heavy and sticky. POLYGLYCERYL-3 DIISOSTEARATE molecules are light and light, and will not accumulate a heavy oil film. coupled with lightweight synthetic esters to regulate the skin feeling, it can make a soft, matte, long‑term makeup base makeup product that is not stuffy.   III.Lightweight synthetic esters regulate the feeling of makeup and skin during the whole period of time   After the emulsification system is completed, the freshness, moisture, and film-forming speed of the liquid foundation on the face are all determined by the emollient oils in the formula.Heavy mineral lipids and high-viscosity vegetable oils will make the base makeup greasy and shiny, and are not suitable for oily skin to hold makeup for a long time; lightweight oils that are too volatile evaporate quickly on the face, and dry skin will dry and peel after a few hours of use. Synthetic ester oils have become the best choice for balancing skin feeling.   Mingya's NSOAF™ ININ ISONONYL ISONONANOATE focuses on matte liquid base makeup products, which can maintain the makeup effect for up to 24 hours. Most of them will replace traditional heavy oils with isononyl isononanoate to reduce the overall oiliness of the cream and adapt it to oily and oily skin.Grease and pigment powders are prone to insufficient infiltration and poor compatibility. With OILREE® 1836N dispersant, lightweight synthetic esters can completely infiltrate every powder particle, not only to ensure the long‑term suspension stability of the powder, but also to maintain the refreshing matte texture of the base makeup.     IV. How to solve the problem of makeup holding layer by layer with the compounding of raw materials   When consumers use liquid foundation on a daily basis, makeup removal will occur in four stages. The problems at each stage correspond to the lack of function of a certain type of raw material, and the complex raw material system just resolves the pain points layer by layer.   The first stage is 1‑3 hours of makeup, the problem is concentrated in the stuck powder, the lines accumulate powder, the cause is insufficient dispersion of the powder, the lack of high‑efficiency dispersants such as polyhydroxystearic acid, the powder gathers and accumulates in the skin texture; the second stage is 4‑8 hours of makeup, the nose and forehead oil floating powder, the core is the insufficient waterproof and anti‑sebum ability of the emulsified film, the oil‑in‑water formula relies on PEOFA™ MY986 to form a hydrophobic protective film, blocking sebum from dissolving the base makeup; the third stage is to wear makeup for 8‑12 hours, and the cheeks and eyes are dry and mottled. the root cause is the weak moisturizing carrying capacity of the formula. glycereth‑26 is used with polyols to lock in moisture,maintain the moisture of the skin surface, and avoid dryness and cracking of the film; the fourth stage is to wear makeup for 12-24 hours, a large area of makeup is taken off, and the overall dullness requires dispersants, emulsifiers, and emollient olis to work together to stabilize the overall cream structure and delay powder oxidation and water-oil separation.   V.The development of long-lasting base makeup raw materials to multi-functional complex formulas   A single functional raw material will gradually be replaced by a composite raw material that combines dispersion, emollient, and auxiliary emulsification, reducing the types of raw materials added to the formula, simplifying the production and deployment steps, and reducing the probability of compatibility conflicts between multiple raw materials.At the same time, for people with sensitive skin, low-irritating, fragrance-free, and hypoallergenic raw materials will become the mainstream of research and development, weakening the irritation of traditional oils and emulsifiers to fragile skin.In the future, more iterations of new emulsified, dispersed, and emollient raw materials will continue to refresh the wearing experience of 24-hour makeup liquid foundation, balancing the two major consumer demands of long-lasting makeup and gentle skin nourishment.  

I. Local raw material companies make efforts to develop plant-based raw materials   Mingya combined with the production capacity of its own 10,000-ton synthetic grease production base in Yichang, linked the long-term formula experimental data of the Guangzhou R&D Center, and completed the mass production of a complete set of plant-based emulsified raw materials this year.This time, the PEOFA™ product line is the core, and the core product is polygyceryl-10 diisostearate, which can be adapted to baby moisturizing, gentle sunscreen, non-irritating makeup remover and other products in one stop.   II. Detailed explanation of the performance of the core carrier of plant-based emulsification   This core product PEOFA™MYPGI3610 (polyglyceryl-10 diisostearate) is different from conventional polyglyceride products on the market. This product uses RSPO certified sustainable palm-derived isostearic acid as a synthetic raw material. The heterogeneous carbon chain structure brings stronger low temperature resistance and oxidation resistance. Long-term storage will not cause crystallization, stratification, and rancidity.   In the application of the formula, it can be used alone as the main oil-in-water emulsifier, or it can be used in combination with the same series of polyglycerol derivatives. The system can carry up to 80% of the aqueous phase, creating a light and non-stuffy skin-containing high-water-containing cream, which is perfectly suitable for children's moisturizers and season-changing soothing and repairing creams.   The powder dispersion ability is another outstanding advantage of this product. It is used with emollient oils in the formula of physical sunscreen and makeup cream. It can evenly disperse the inorganic powders of zinc oxide and titanium dioxide, reducing the problem of whitening and mud rubbing, while improving the SPF protection efficiency of the formula and reducing the heavy and sticky feeling caused by high-oil sunscreen. It is the core adaptation raw material of children's physical sunscreen cream.   III. Cover the full formula of cleansing, emulsifying, moisturizing, and thickening   Relying on the core polygyceryl-10 diisostearate, Mingya simultaneously launched a complete set of supporting plant-based raw materials to meet the complete formula needs from emulsification, emollient, moisturizing to thickening and conditioning.   1.Gentle makeup remover supporting polyglycerides for sensitive skin, infants and children sunscreen removal scenes to develop a composite polyglyceride composition, no need to add a high amount to achieve rapid makeup dissolution, no residual oil film after flushing, to create a non-tingling makeup remover product, can be made into a makeup moisturizer two-in-one makeup remover, taking into account cleansing and instant moisturizing, suitable for daily use on fragile skin types.   2.The wide pH is adapted to the oil-in-water system. The modified polyglyceroleate series is adapted to the acidic repair formula containing fruit acid and plant soothing extracts. It will not hydrolyze and fail in the pH3-7 range. After compounding with glycereth 26 long-lasting moisturizing raw materials, it can continuously repair the skin's surface barrier and reduce dryness and redness in the changing seasons. Newborn body lotion and soothing essence are recommended to add a range of 1%-6%.   3.The shampoo and care compound conditioning raw materials can be used for infant and child shampoo and bath products. On the basis of gentle foam, a lightweight repair film is formed on the hair to improve the dryness and knotting of children's hair. Derived from modified polyglycerin products, it is used as a softener for infants and young children's personal clothing, and there is no irritating residue from plant sources.     IV. The trinity of production, warehousing and R&D   PEOFA™ series products are equipped with independent closed synthetic production sections, combined with an automated production management system, to achieve the whole process of quality control from raw material input, production process to finished product inspection.In terms of warehousing and service system, the company has built a dual-hub model of Hubei Yichang Constant temperature warehousing Center and Guangzhou R&D Service Center.Hubei Constant temperature large warehouse mainly undertakes large-volume orders and long-term inventory needs to ensure stable supply capacity; Guangzhou integrates constant temperature warehousing, market services and R&D experimental functions, which can quickly respond to customer formula development and application testing needs.   In response to the needs of overseas markets, Mingya continues to improve its international compliance system. Its related raw materials have RSPO, halal and other certification support to help brand customers more efficiently meet the regulations and sustainable development requirements of different markets, and accelerate their entry into emerging beauty markets such as the Middle East and Southeast Asia.At the same time, the Guangzhou R&D team provides formula application support for cooperative brands, and helps customers shorten the R&D cycle through a mature formula system.   Taking the application scheme of infant and children's body lotion as an example, the formula adopts MYPGI3610 as the core oil-in-water emulsification system, and the compatibility of the system is verified through the stability test, which can achieve a light skin feeling and a good application experience, and meet the needs of daily care products for infants and young children for gentleness and stability.   In the application of sunscreen for sensitive skin, the formula can be combined with laureth 7 to improve the dispersion performance of the system, help create a lighter and more comfortable sunscreen experience, and meet the needs of sensitive skin and barrier care products for gentle formula trends.   V. Multiple application scenarios   With the continuous growth of market segments such as infant and child care, sensitive muscle repair, and pure beauty, the market demand for high-performance, plant-derived, and sustainable emulsified raw materials continues to increase.Mingya continuously promotes the research and development and industrialization of emulsified raw material technology to provide brand customers with more competitive solutions.   In terms of sustainable development, PEOFA™ series products actively use traceable RSPO palm-derived raw materials, strictly implement environmental management standards in the production process, and promote the integration of green manufacturing concepts into the supply chain of cosmetic raw materials.As the global beauty industry develops in a low-carbon, vegan and sustainable direction, more and more brands are beginning to pay attention to raw material solutions with environmentally friendly attributes and stable supply capabilities.   End   The domestic fine chemical industry is accelerating towards greening and localization, and infants, children, and sensitive skin have put forward higher standards for the safety, stability, and compatibility of upstream emulsified raw materials.Relying on its own production base, dual-regional R&D service layout, and a full set of compliance qualifications, Mingya has completed the mass production of a full range of plant-based emulsified raw materials with polygyceryl-10 diisostearate as the core, and opened up the whole chain of raw material research and development, customized production, warehousing and distribution, not only to help domestic beauty brand supply chain independent and controllable, but also to continue to promote the green innovation of new personal care chemical materials, and continue to release local manufacturing advantages in the process of import substitution.  

Changes in global cosmetics market demand promote the upgrading of raw material supply   Facing the increasing demand from brand customers in Europe, the Americas, Southeast Asia, the Middle East and Africa, Mingya is providing more reliable raw material solutions for international cosmetics brands through technology research and development, production management, quality system construction and global supply chain layout.   For example, in the field of skin care products, emulsifiers,thickeners, and functional auxiliary ingredients are important factors that determine product stability and skin feeling.A mature formulation system requires suppliers not only to provide a single raw material, but also to understand the compatibility relationship between different raw materials.   At present, the global market demand for mild, high-stability, and multifunctional cosmetic raw materials continues to increase.Through continuous optimization of production processes, Mingya provides brand customers with raw material options suitable for creams, lotions, sunscreens, essences,and care products.   From product supply to formulation solutions, continuously improve competitiveness   Plant‑derived, environmentally friendly production and sustainably certified raw materials are gradually gaining popularity in the market. For example, some brands give priority to raw materials with sustainable supply capabilities when choosing emulsifiers and surfactants.   Under this trend, functional raw materials are widely used in skin care, makeup, and personal care formulas due to their good emulsifying, stabilizing, and thickening capabilities. At the same time, Mingya continues to pay attention to changes in global regulations, such as raw material safety assessments, environmental protection requirements, and import standards in different markets, so as to help customers enter the target market more smoothly.   The supply of high-quality raw materials requires a perfect quality management system   For export-oriented cosmetic raw material companies, quality control is an important basis for entering the international market.   For example, in the field of emollients, isopropyl myristate has good spreading and light skin feeling, and is commonly used in skin care and makeup formulas.At the same time, for different customer markets, Mingya also needs to provide more flexible packaging and logistics solutions, including small batch trial orders, standard export packaging, and FCL supply services to help customers reduce procurement risks.     Sustainable raw materials have become an important trend in the international market   Plant-derived, environmentally friendly production and sustainably certified raw materials are gradually gaining popularity in the market.For example, some brands give priority to raw materials with sustainable supply capabilities when choosing emulsifiers, emollients, and surfactants.   Under this trend, functional raw materials such as hydrogenated castor oil is widely used in skin care, makeup, and personal care formulas due to their good emulsifying, stabilizing, and thickening capabilities.   At the same time, Mingya continues to pay attention to changes in global regulations, such as raw material safety assessments, environmental protection requirements, and import standards in different markets, so as to help customers enter the target market more smoothly.   Multifunctional raw materials help brands improve the efficiency of formula innovation   Compared with traditional single-function raw materials, multifunctional raw materials can help brands improve R&D efficiency and reduce the difficulty of formula development.   For example, glyceryl 26, as an ingredient with moisturizing characteristics, can be used to enhance product hydration and experience; peg ppg 17 6 copolymer can be used to improve formula stability and application performance.In the field of hair care, consumers are paying more and more attention to softening, antistatic and improving hair quality.       Export service capabilities determine the long-term value of suppliers   For overseas brands, choosing a Chinese raw material supplier is not just about buying products, but also choosing a long-term partner.Excellent export suppliers need to have many capabilities：   First, stable production capacity.In the face of international order demand, suppliers need to ensure stable delivery cycles and have continuous supply capabilities.   Second, professional technical support.Customers not only need product prices, but also suppliers to help solve formula application problems.For example, suitable emulsifying systems, emollient systems, and functional auxiliary raw materials are recommended according to different market needs.   Third, perfect international trade experience.The export process involves contract confirmation, transportation arrangements, document preparation, and provision of regulatory information. A professional supply team can help customers improve procurement efficiency.   Fourth, the ability to communicate quickly.In the process of international cooperation, timely response to customer needs, providing technical information and solving problems are important factors in establishing long-term trust.   Chinese cosmetics raw material companies usher in global development opportunities   In the future, the demand for high-performance, safe, environmentally friendly and innovative raw materials in the global cosmetics market will continue to grow.Mingya will continue to strengthen R&D investment, improve the level of quality management, and gain an in-depth understanding of the needs of brand customers in different countries.   Conclusion   The export of cosmetic raw materials has moved towards a new stage of professional development.For Mingya, future competition will no longer rely solely on price, but on a comprehensive competition of product quality, technical strength, supply chain and global services.   Facing the increasing demand of overseas brands, domestic raw material companies need to continue to polish their strength and build long-term overseas cooperation with stable products and professional services.  

Phosphate emulsifier improves stability and skin feeling   Sunscreen formulas do not simply increase the content of sunscreens, but find a balance between the oil phase, the aqueous phase, the emulsifier, and the auxiliary ingredients.A mature high-power sunscreen system needs to ensure that the sunscreen can be evenly dispersed, while avoiding problems such as stratification, oil analysis, and stickiness of the product.In this process, phosphate ester emulsifiers have become an important choice in the research and development of more and more sunscreen products due to their good emulsifying ability, formula adaptability and skin feeling performance.   Stability and skin feeling need to be improved at the same time   In the past, some high-power sunscreen products, in order to achieve higher protection, would increase the proportion of oil phase, sunscreens, and film-forming agents, but this can also easily cause some problems:   A heavy feeling occurs during use  Obvious oily film sensation after application stuffy skin experience after wearing it for a long time The stability of the formula decreases during storage   As an important part of connecting the oil phase and the aqueous phase, the emulsifier not only determines whether the product can form a stable emulsion structure, but also affects the product's spreadability, absorption and final skin feeling performance.For high-power sunscreen systems, an excellent emulsifying system needs to have good emulsifying stability, so that the components of the sunscreen phase can be evenly distributed, so as to help the product maintain consistency.   Help stabilize and upgrade the sunscreen system   Phosphate ester emulsifiers are a class of functional emulsified raw materials with special structural characteristics, and their molecular structure can help the oil phase and the aqueous phase form a more stable interface system.In high-power sunscreen formulas, the proportion of common oil-soluble sunscreens and emollient oils is high. If the emulsification system is insufficient, it will easily affect the stability of the product.   The phosphate emulsion system corresponding to PHSPTER ™922P is mainly composed of stearyl phosphate, c20-22 alkyl phosphate and behenic alcohol. Through the synergy between different structural components, it provides stable support for the emulsion system.Among them, stearyl phosphate and c20-22 alkyl phosphate belong to the phosphate structure, which can help improve the binding effect of the oil-water interface, while behenic alcohol, as a fatty alcohol component, can further optimize the architecture and make the product have a more stable texture while reducing the heavy feeling.     From stabilizing the emulsion structure to improving the consumer experience   Sunscreen products are used more frequently every day, so consumers are very sensitive to skin sensation.Modern sunscreen formulas not only need to solve the stability test in the laboratory, but also need to consider the actual use scenarios of consumers:   Suitable for superimposed use after skin care in the morning Suitable for long-term wear in outdoor environments The compatibility between the product and the base makeup product   In this process, the emulsifier not only assumes the role of stabilizing the system, but also participates in the shaping of the skin texture of the final product.In some lightweight sunscreens, emulsifiers are needed to help form a smaller and more uniform droplet structure to make the product smoother.In highly moisturizing sunscreen products, the emulsifying system and emollients need to work together to improve the comfort of the skin surface.   Phosphate emulsion system promotes the development of sunscreen formulas in the direction of high performance   A major feature of phosphate ester emulsifiers is that they can help form a more stable emulsifying structure, while providing a certain degree of optimization space in terms of skin touch.In the actual formula development process, R&D personnel usually match different types of emollients, thickeners, and auxiliary emulsifying ingredients according to product positioning.Some sunscreen lotions will combine structural adjustment ingredients such as hydrogenated castor oil to improve system stability and keep the product in good condition during storage and transportation.   High-power sunscreen products usually need to add a certain proportion of oil-phase ingredients to enhance the dissolving ability and application experience of sunscreen.However, the oil ratio is too high and it is easy to cause greasy feeling, so it needs to be balanced by a reasonable emulsification system.As a common emollient, isopropyl myristate can help improve product ductility, make sunscreen easier to spread on the surface of the skin, and reduce the heavy feeling caused by some oils.   From single protection to comprehensive care   Consumers hope that a product can not only provide UV protection, but also moisturize, improve skin feeling, and assist in base makeup.There are more and more sunscreen products that integrate the concept of skin care on the market, such as moisturizing sunscreen, skin-nourishing sunscreen, and pre-makeup sunscreen.This trend has also driven raw material suppliers to continuously optimize their product portfolios and provide brands with more complete formulation solutions.   In the moisturizing sunscreen system, the combination of moisturizer and emulsifying system is particularly important.Moisturizing ingredients such as glycereth 26 can help enhance the moisturizing feeling of the formula and reduce dryness after the product is used.For products that need to take into account sunscreen and makeup performance, the formula also needs to consider the compatibility with makeup products.     The combination of phosphate emulsifier and modern sunscreen system   Sunscreen products are developing in a more stable, efficient and comfortable direction.Especially in the field of high-power sunscreen, due to the increasing complexity of the system, the performance requirements for emulsifiers are also getting higher and higher.Traditional emulsifiers pay more attention to the basic emulsifying effect, while modern formulas need to consider some issues:   Improve the dispersion uniformity of sunscreens  Long-term storage stability Improve the skin feeling after the product is applied Improve compatibility with other skin care ingredients   Due to the structural characteristics of phosphate ester emulsifiers, they have shown good application value in these aspects.   Formulation refinement promotes raw material innovation   An excellent high-power sunscreen product needs to achieve a balance in many aspects: the first is the protective effect, which needs to ensure the stable functioning of the sunscreen system; the second is the use experience, which needs to be light, non-sticky, and easy to push away; and finally, the stability of the product, which needs to meet the storage and transportation requirements in different environments.   In addition to emulsifiers, the formula design will also combine different types of auxiliary raw materials.In some oil-in-water systems, R&D personnel will choose the appropriate oil in water emulsion according to product needs to help establish a more refreshing emulsion structure.For more moisturizing or special texture products, you may need to consider the water in oil emulsion system to meet the needs of different consumers for skin feeling and protection durability.   Stability, efficiency and comfort have become the core directions   In the future, with the continuous upgrading of sunscreen technology, more functional emulsifying systems, emollient systems and compound solutions will be used in personal care products.For raw material suppliers, continuous attention to market trends, optimizing product performance, and providing more flexible formulation support will become an important way to participate in the global personal care market competition.In the process of continuous upgrading of high-power sunscreen products, emulsifiers have gradually become an important factor affecting product quality from the basic raw materials behind the scenes.Through the reasonable selection of phosphate emulsion system and the optimization of different functional raw materials, the brand can create a new generation of sunscreen products that are more stable, safe and meet consumer needs.

Sustainable palm supply chain landing   With the continuous advancement of the global dual-carbon policy, the consumer demand for pure beauty and sustainable skin care has risen year by year, and the upstream and downstream of the beauty industry chain are accelerating the sorting out of raw material sources. Palm-based derivatives are used as a huge amount of basic raw materials in care, makeup, and skin care formulas. The carbon emissions and ecological pressures brought about by upstream planting and processing have become unavoidable problems in the process of sustainable brand transformation.   Mingya has completed the construction of a full-chain RSPO sustainable palm supply chain, and a multi-series of palm-derived cosmetic raw materials have achieved a complete quality balance. It can provide low-carbon raw material solutions for all categories of skin care, makeup, and care beauty companies, reduce the carbon footprint of the whole life cycle of beauty products from the source of raw materials, and promote the upgrading of sustainable standards in the domestic fine chemical raw material industry.Palm oil and palm kernel oil are one of the most important sources of renewable plant raw materials in the daily chemical industry. The vast majority of oil in water emulsifier, water in oil emulsifier, emollient oil, and clean surface active synthetic substrates rely on palm fatty acid derivatives, but the traditional non-certified palm industry chain lacks supervision. Large-scale wasteland cultivation will destroy native rainforest vegetation and cause huge carbon dioxide emissions.   Mingya's RSPO supply chain covers its four core plant raw material brands of VEGEFIERS™, PEOFA™, OILREE®, and NSOAF™. A variety of main products achieve full coverage of sustainable palm raw materials, taking into account the dual needs of formula performance and low-carbon environmental protection, and are suitable for organic skin care, maternal and child care, waterproof makeup, high-end care and other diverse formula scenarios.   I.VEGEFIERS™ Vitefar natural plant emulsion series to create a low-carbon base for organic skin care   The VEGEFIERS™ series focuses on natural vegetable oil modified mild emulsified raw materials, and the core synthetic skeleton adopts RSPO certified palm polyglycerol structure, which takes into account biocompatibility and low-carbon properties.   VEGEFIERS™MYS16-75 （PEG-75 SHEA BUTTER GLYCERIDES）is a representative oil-in-water system raw material, suitable for all kinds of repair creams, sun protection, and care formulas.This product has the dual functions of emulsifying and moisturizing, and can improve the optical stability of the system. When combined with synthetic oils such as isopropyl myristate, a complete plant-based low-carbon formula system can be constructed without the need for a large number of additional petrochemical additives, streamlining the types of formula raw materials, and further compressing the carbon emissions generated by the entire supply chain.   PEG-75 SHEA BUTTER GLYCERIDES is suitable for sensitive skin repair cream, maternal and child moisturizing milk, and natural organic sunscreen products. The liquid crystal-type emulsified structure can slowly release the active ingredients in the formula and reduce the irritation of high-concentration active ingredients to the skin. In line with the global natural beauty brand raw material selection standards.     II.PEOFA™ PEOFA polyglyceride series, covering the dual low-carbon formula for washing, care and makeup.   The PEOFA™ series all uses sustainable palm-derived fatty acids as synthetic raw materials. It is divided into two core product lines, oil-in-water main emulsification and gentle clean emulsification. The two main products are fully integrated into the RSPO supply chain control, and are adapted to makeup waterproof formula and maternal and child cleaning formula respectively.   PEOFA™PGAR1803 （POLYGLYCERYL-3 POLYRICINOLEATE）classic water in oil emulsion, as the core additive of the oil-in-water system, can effectively prevent the storage and stratification of foundation and sunscreen creams, and the wetting and dispersing effect of the powder is outstanding. It is commonly used in waterproof sunscreen, makeup BB cream, moisturizing hand cream formula, traditional oil-in-water emulsion system often relies on high-carbon petrochemical derivatives as dispersion additives.   POLYGLYCERYL-3 POLYRICINOLEATE is esterified from palm and castor double sustainable raw materials. No additional high-carbon additives are required. A single component can stabilize the high-water phase oil-in-water system and significantly reduce the overall carbon emissions of the formula.In the mass production scenario of a makeup factory, this product is adapted to both hot and cold processing processes to simplify the production process and reduce equipment energy consumption. At the same time, the raw material storage link enterprise sets up an independent RSPO certified raw material warehouse area, which is stored separately from ordinary palm raw materials. The whole batch can be traced back to the source, and there is no need to supplement the palm raw material compliance testing documents when exporting overseas makeup products, shortening the brand export audit cycle.   III.Multiple series of RSPO certified raw materials work together to cover the needs of low-carbon formulas for all categories of beauty products   In addition to the two major emulsified product lines of VEGEFIERS™ and PEOFA™, Mingya's OILREE® and NSOAF™ also have a variety of complete RSPO certified palm raw materials, which can be combined with the above-mentioned emulsified products to build a diversified low-carbon formula.   OILREE® MYT80 （POLYSORBATE 80）is a universal water-soluble oil in water emulsion, and the source of the raw material palmitoleic acid is all included in the sustainable supply chain. It can be used with the siban series to build a stable water emulsion system. At the same time, it is used as a general solubilizer, suitable for mass-produced affordable water emulsion and essence products, cost-effective, suitable for large-scale mass-produced skin care brands to fully replace traditional non-sustainable polysorbate raw materials.     IV.The industry value of the RSPO supply chain to promote the sustainable standardization of domestic raw materials   Most domestic fine chemical companies only have RSPO certification for a single product, and cannot form a complete raw material matrix supply. Mingya has opened up the whole chain of RSPO control from raw material procurement, independent synthesis, warehousing and delivery, and at the same time supports Guangzhou constant temperature storage and Yichang 10,000-ton production base to sustainably maintain sufficient raw material production capacity.   The sustainable transformation of palm raw materials has become an irreversible industry trend. In the past, high-end sustainable raw materials have long relied on overseas imports, with long procurement cycles and high costs. The mass production of Mingya's localized RSPO full range of palm raw materials has significantly reduced the purchase price of sustainable raw materials, so that small and medium-sized beauty brands can also afford to upgrade low-carbon formulas and accelerate the development of the domestic pure beauty market.   V. Future sustainable raw material layout planning, and continue to deepen the construction of a low-carbon industrial chain   The sustainable transformation of palm raw materials is a vital part of the beauty industry to achieve the dual-carbon goal. The green upgrading of raw material suppliers directly determines the environmental protection upper limit of terminal beauty products.Mingya's complete RSPO sustainable palm supply chain has landed, conforming to the long-term development trend of pure beauty and low-carbon consumption around the world.In the future, with the continuous release of sustainable production capacity of enterprises and the continuous promotion of green research and development, domestic fine chemical raw materials will further break down overseas technology and certification barriers, help China's beauty industry occupy a more active market position in the global sustainable development, and realize the coordinated development of environmental protection benefits, industrial benefits and commercial benefits.  

I.The transformation of emollient raw materials from basic moisturizing to multifunctional complex ligand system   At present, the market no longer simply pursues a single moisturizing effect, but needs a set of high-performance emollient complexions that take into account stable emulsification, soft skin feeling, compatible formula, low irritation, and environmentally friendly.Hubei Mingya New Material Technology Co., Ltd has launched three differentiated products for skin care, hair care, and makeup scenarios, namely OSMFACT® MY2231I (BEHENTRIMONIUM CHLORIDE) and NSOAF™2EHP(ETHYLHEXYL PALMITATE), VEGEFIERS™ MY CSO 99 (CETEARYL OLIVATE/SORBITAN OLIVATE), covering the three core needs of soft hair care, lightweight moisturizing, and gentle emulsification, provide one-stop smooth formula solutions for different positioning cosmetics.   II. In-depth analysis of core emollient conditioning raw materials, covering the needs of all categories of cosmetic formulas    OSMFACT® MY2231I (BEHENTRIMONIUM CHLORIDE) Special cationic smoothing conditioner for hair care to create long-lasting silky hair. The cationic long carbon chain structure can quickly adsorb hair scales, fill the gaps in damaged keratin, reduce the coefficient of friction between the hair, and form a light and smooth protective film after rinsing, which will not bring a heavy paste feeling. With light moisturizing oils, it can take into account softness and fluffiness, and is suitable for conditioner, hair mask, disposable smoothing essence, scalp repair lotion and other products.   NSOAF™2EHP (ETHYLHEXYL PALMITATE)  Lightweight matte moisturizing ester, the core carrier of makeup refreshing skin feeling. Different from mineral oils and heavy vegetable oils, NSOAF™2EHP has a light molecular structure and excellent spreading properties. It quickly penetrates the surface of the skin after application and does not form a heavy oily film on the surface of the skin. It has a soft matte matte texture and no reflective shine. It is perfectly adapted to the pursuit of pseudo-plain makeup and matte base makeup makeup formula.   In the application of makeup formulas, NSOAF™2EHP can improve powder dispersion and reduce liquid foundation and concealer agglomeration and stuck lines. With VEGEFIERS™ MY CSO 99 complex emulsification system, it can create a skin-nourishing base makeup that combines moisturizing repair and velvet matte, taking into account skin care efficacy and makeup skin feeling. It is one of the core raw materials for upgrading the formula of domestic skin-nourishing liquid foundation in the past two years.   VEGEFIERS™ MY CSO 99 (CETEARYL OLIVATE/SORBITAN OLIVATE) Plant-derived gentle emulsified emollient complex, suitable for sensitive muscle repair system. The dual ester complex structure can not only stabilize the oil-in-oil emulsification system, lock in the internal moisture of the skin to relieve dryness and peeling, but also form a breathable moisturizing film on the surface of the skin without clogging pores; the granular form is convenient to feed, and the hot and cold formula can be adapted.After melting at high temperature, it is completely miscible with various natural vegetable oils and synthetic emollient esters. when used with behentrimonium chloride in hair mask products, it can improve the emulsion stability of the cream, reduce the irritation of cationic ingredients, repair damaged hair and soothe scalp sensitivity.       III.The three products work together to create a layered and smooth velvet experience   1. Repairing hair care mask formula: OSMFACT® MY2231I BEHENTRIMONIUM CHLORIDE + VEGEFIERS™ MY CSO 99 CETEARYL OLIVATE/SORBITAN OLIVATE    The core appeal of hair mask products is to deeply repair damaged hair scales, while ensuring that the hair is light and not flat after rinsing.The formula uses CETEARYL OLIVATE/SORBITAN OLIVATE as water in oil emulsion to build a stable oil phase substrate, locking in vegetable oils and moisturizing nutrients, and reducing the probability of cream stratification; add an appropriate amount of BEHENTRIMONIUM CHLORIDE cationic conditioning component, relying on the characteristics of catic softener to adsorb hair and smooth bifurcated static electricity; a small amount of ETHYLHEXYL PALMITATE is used as a lightweight emollient to neutralize the cationic sticky and heavy feeling. After rinsing, the hair comes with a natural velvet luster and no residual oil film.The whole set of complex ligand system is less irritating, and can be used by people with damaged scalding and sensitive scalp. The cream is stored in a hot and cold cycle for six months without stratification and water analysis, and the shelf stability is greatly improved.   2. Matte skin nourishing liquid foundation formula: NSOAF™2EHP ETHYLHEXYL PALMITATE + VEGEFIERS™ MY CSO 99 CETEARYL OLIVATE/SORBITAN OLIVATE   Skin-nourishing makeup needs to take into account the obedience of makeup and the moisturizing power of skin care. The formula uses ETHYLHEXYL PALMITATE as the core makeup moisturizer lightweight emollient carrier to enhance the dispersion of the powder, create a matte velvet makeup effect, and reduce the powder and dry lines on the face; CETEARYL OLIVATE/SORBITAN OLIVATE as a mild emulsifier, the powder, moisturizing polyols, and repairing oils are stably integrated to build a weakly closed moisturizing film, which does not dry out for a long time with makeup; the whole system does not add heavy mineral oil, the upper face is light and breathable, and will not appear after removing makeup. The skin is dull and dry, suitable for daily base makeup for dry skin and mixed dry skin, and can also be extended to lightweight makeup categories such as colored creams and makeup creams.   3. Dry sensitive muscle repair cream formula: VEGEFIERS ™ MY CSO 99 CETEARYL OLIVATE/SORBITAN OLIVATE + NSOAF ™2EHP ETHYLHEXYL PALMITATE   The core appeal of sensitive skin cream is gentle and low irritation, long-lasting water lock, smooth application and easy to push away.With CETEARYL OLIVATE/SORBITAN OLIVATE as the main emulsifying system, A gentle oil-in-water structure is built to repair the skin barrier; ETHYLHEXYL PALMITATE is added in a small amount to optimize the skin feeling, eliminating the problem of heavy oil-in-water cream, pushing away the instant silky and not rubbing mud; compound glycereth 26 polyol moisturizer synergistically locks in water, relieves dryness, redness and tingling in the season.   IV. Multifunctional compound moisturizing raw materials have become the core competitiveness of domestic raw materials   Mingya launched three products, OSMFACT® MY2231I (BEHENTRIMONIUM CHLORIDE), NSOAF™2EHP (ETHYLHEXYL PALMITATE), and VEGEFIERS™CSO99 (CETEARYL OLIVATE/SORBITAN OLIVATE), which accurately hit the pain points of different skin sensations in hair care, skin care, and makeup. The supply model of a single raw material is replaced by a compound solution to help formulators shorten the development cycle of new products and reduce the cost of multiple proofing and debugging.   In the future, the development of emollient raw materials will continue to advance in three major directions. First, the demand for plant-derived, low-irritating emulsified emollient complexes will continue to rise, and the market demand for olive oil-based mild raw materials such as CETEARYL OLIVATE/SORBITAN OLIVATE will continue to expand; second, the exchange of hair care and skin care ingredients, cationic softener cationic conditioners are no longer limited to hair care products, and gradually extend to cross-border categories such as body repair lotion and scalp essence; third, lightweight matte moisturizing esters have become just needed for makeup, and ETHYLHEXYL PALMITATE is the core of makeup moisturizer. Carrier, along with the growth of the skin care makeup market, maintain a stable market increase.