Functionals

This product is an innovation concentrate, offering a perfect blend of two natural and high-performance oil gelling polymers. It enables the formulation of oily gels with a wide viscosity range, ranging from liquid to solid, all while maintaining exceptional suspensive capacities. This product stands as an ideal substitute for waxes and butters.

This product is a cosmetic ingredient primarily serving as a conditioner, offering the benefit of conditioning. This liquid product is suitable for skin care applications within the beauty and skincare segment of personal care. It falls under the category of cosmetic ingredients, specifically functionals, which include conditioners and emollients.

It is a versatile formulation designed to enhance the skin's moisture barrier. With its non-irritant properties and proven emolliency, it offers gentle yet effective hydration, promoting skin health and comfort. Suitable for various cosmetic applications, this emollient ensures compatibility with different skin types, making it an ideal choice for formulations seeking to provide soothing and moisturizing benefits.

This product is a self-emulsifying grade consisting of a mixture of mono and diesters of palmitic and stearic acids and glycerin. It is designed for use in cosmetic formulations.

This product is a high-polymeric carbohydrate material derived from rice, specifically from the seeds of oryza sativa. With very small, round particles ranging from 2 to 8 microns, it offers superior absorption, effective skin and hair cleansing, gentle teeth cleaning, and serves as a natural thickener for emulsions and conditioners. It is an all-natural ingredient.

This product is an ingredient known as ethyl oleate that is valued for its ability to condition the skin while providing emollient properties. It finds application in the personal care market, specifically in beauty and skin care products, enhancing the overall quality and effectiveness of such formulations.

This product is a synthetic compound derived from polyglycerine and a fatty acid. This vegetable-origin compound is biodegradable and toxicologically safe, commonly employed as an emulsifier in cosmetic formulas. It imparts excellent skin-feel properties, high substantiality, and skin-smoothing effects. It creates fine, creamy bubbles, especially effective when combined with anionic surfactants. Additionally, it serves as an excellent thickener with good thermostable viscosity and can act as a deoactive ingredient due to its reaction to gram-positive bacteria.

This product is a silicone fluid characterized by its dimethylpolysiloxane structure. This synthetic oil is not naturally occurring and is composed of organic methyl groups and inorganic siloxane bonds (Si-O- Si), similar to the bonds found in heat-resistant materials like glass and quartz. This product exhibits a range of unique properties that set it apart from conventional mineral oils and synthetic oils. It is available in various viscosities, spanning from water-like, free-flowing fluids to thicker syrup-like fluids.

This product in its liquid form, contributes to various cosmetic formulations, particularly in rinse-off applications like creams and sunscreen creams. This versatile ingredient not only serves as an emulsion stabilizer but also provides moisturizing benefits. With its low-odor profile, it enhances the sensory experience of the final product. Additionally, its antimicrobial properties contribute to improved stability, ensuring the longevity and efficacy of the cosmetic formulation.

This product is a sodium lauryl sulfate solution designed for use in various product applications, including household, personal care, industrial, and institutional cleaning; textile auxiliaries; and emulsion polymers. It is soluble in water, alcohol, and glycols. It is insoluble in oils and most solvents.

This product is a mixture of vegetable stearic and palmitic acids. It is in the form of white pellets that have a slightly oily texture when touched. This product is insoluble in water but soluble in alcohol when heated.

This product is a crystalline powder resulting from the reaction of a polymeric quaternary ammonium salt of hydroxyethyl cellulose with a trimethyl ammonium-substituted epoxide. It is commonly used in the formulation of personal care products such as shampoos, bath soaps, hair conditioners, and cleansing products.

This product is a liquid cosmetic ingredient known for its conditioning properties. This product falls under the category of conditioners and emollients, specifically designed for use in skin care applications within the beauty and care market of the personal care industry.

This product is a clear liquid product. It is free of animal-derived ingredients. The fatty acids used in this product are derived from plants that are not genetically modified. The sorbitol used in this product is derived from corn that may be genetically modified.