Cosmetic Ingredients

AGINWHERE™ YR is a translucent liquid with a light yellow color and a characteristic sweet and sour smell. It is a natural fermentation product derived from yeast using grains as a substrate. The production process involves natural fermentation under mild conditions without the use of chemical reagents, ensuring a pollution-free product. This product is rich in a variety of small-molecule nutrients.

AGINWHERE™ META offers a probiotic-based solution for skin care products, particularly suitable for lotions and body-firming formulations, with potential benefits in enhancing fermentation capacity for improved skincare efficacy.

AQUAJUVE ECT readily dissolves in water, resulting in a colorless and transparent solution when maintaining the appropriate temperature while stirring. To prevent clumping and dust contamination, it is advisable to mix this product with glycerine. The recommended dosage range falls between 0.05% to 0.5%. It's crucial to avoid prolonged exposure to high temperatures and extremely acidic or alkaline systems. Additionally, ensure non-compatibility with cationic materials to prevent precipitation or turbidity. Some benefits of this versatile compound include its compatibility with fermentation processes, its non-GMO status, and its ability to produce a compound effect in formulations, enhancing their overall performance.

AGINWHERE LM serves as an innovative ingredient in skincare products, offering benefits such as sensitivity and irritation reduction while aligning with the growing demand for probiotic-based skincare solutions.

AQUAJUVE CC is a cosmetic ingredient with the INCI name Sodium Hyaluronate. It serves a dual function as a conditioner and humectant in cosmetic and skincare formulations. This ingredient is derived from fermentation processes. AquaJuve™ CC is accompanied by specific labeling claims, including being Non-GMO (free from genetically modified organisms) and Odor-free, which assures its adherence to certain quality and safety standards.

DUOLUX CM is a powder cosmetic ingredient designed for use in both hair care and skin care segments. In hair care applications, it functions as a lubricant, providing solubilizing properties. For skin care, particularly facial cleansers, it acts as a film former. The product is in powder form, suitable for rinse-off applications, and offers the benefit of film forming.

AQUAJUVE PLUS 0306 has the appearance of a white or off-white powder. It is recommended to mix this with glycerine to prevent clumping and dust pollution. Additionally, it should not be used in combination with cationic materials to avoid precipitation or turbidity generation. This product features fermentation and contains streptococcus zooepidemicus. It is also non-GMO.

AQUAJUVE™ 3500 is a cosmetic ingredient known by its INCI name, Hydrolyzed Sodium Hyaluronate. It functions as a conditioner in cosmetic and skincare formulations. This ingredient is derived from fermentation processes. AQUAJUVE™ 3500 comes with specific labeling claims, including being non-GMO (free from genetically modified organisms) and Odor-free, which ensures its compliance with certain quality and safety standards.

AQUAJUVE Q has a colorless, transparent liquid appearance and should be protected from prolonged exposure to high temperatures or extremely acidic or alkaline conditions. It is also important to avoid compatibility with cationic materials to prevent precipitation or turbidity. Features include fermentation with Streptococcus zooepidemicus, and it is non-GMO.

IVYLANC W is a wheat protein hydrolysate obtained through a carefully selected enzyme pool, resulting in a high concentration of short peptides with a strong affinity for damaged hair. This ingredient effectively repairs damaged hair, enhances body and volume in hair strands, and aids in reducing surfactant irritancy. It finds application in hair care treatments as well as skin care products.

AQUAJUVE HCE dissolves in water to form a colorless, transparent solution at an appropriate temperature and is non-corrosive. It is suggested to mix product with glycerine to prevent clumping and dust contamination. It can create a breathable film layer on the skin's surface, making the skin smooth and moist while providing protection against bacteria, dust, and UV radiation. It offers a superior skin feel compared to traditional thickeners.

AQUAJUVE CT targets the Personal Care market segment, specifically in the area of Skin Care. It is designed to offer nourishing properties and provide a superior skin feel.

AQUAJUVE PLUS 1020 appears as a white or off-white powder. It dissolves in water to create a colorless, transparent solution, with the dissolution process facilitated by maintaining an appropriate temperature and stirring. It is important to avoid compatibility with cationic materials to prevent precipitation or the generation of turbidity. This product features fermentation and contains Streptococcus zooepidemicus. Additionally, it is non-GMO.

AQUAJUVE CE readily dissolves in water, resulting in a colorless and transparent solution when the appropriate temperature is maintained and stirring is employed. This versatile compound has the capability to form a breathable film layer on the skin's surface, imparting smoothness and moisture. Furthermore, it acts as a barrier against bacteria, dust, and UV radiation, offering protection for the skin against external aggressors. Its skin-feel surpasses that of traditional thickeners. The recommended dosage ranges from 0.05% to 0.5%.

AQUAJUVE OMNI is specifically designed for use in the color cosmetic industry. To utilize this product effectively, it should be mixed with other oil components until they reach a temperature above their melting point and mixed thoroughly. This versatile compound offers several key features: it combines both water-soluble and oil-soluble properties, is non-GMO, and provides convenience in usage. These qualities make it a versatile and valuable ingredient for formulating cosmetics, particularly those where a combination of water and oil properties is required.