Anionic lipophilic modified alkali-soluble polymer emulsion, excellent thickening and stabilizing effect of high aqueous solution, thickening after neutralization, compatible with anionic/cationic/nonionic components, peroxides and electrolytes, very suitable For skin care products.

Anionic alkaline swelling acrylic polymer emulsion, slightly cross-linked short pseudoplastic fluid, can be thickened after neutralization, has good suspension, excellent viscosity stability, and is compatible with polar solvents.

The cross-linked alkali swelling emulsion can effectively build a low shear viscosity in the surfactant formulation, very effectively suspend particles, silicone oil and pearlescent agent, and can exhibit excellent transparency and suspension in a wide pH range .

Non-ionic thickener, stable in anion/cation/non-ionic system, with good stability between PH2-12, suitable for thickening of low pH active substance system, and also suitable for thickening in hair care products Thick, improve the texture of the system. 35% solid content transparent viscous liquid.

Non-ionic thickener, stable in anion/cation/non-ionic system, with good stability between PH2-12, suitable for thickening of low pH active substance system, and also suitable for thickening in hair care products Thick, improve the texture of the system. 19% solid content transparent to slightly transparent aqueous solution.

Non-ionic thickener, stable between pH 4-9, has excellent salt tolerance, can form a transparent solution under high surfactant content, suitable for mild products without irritating ingredients.

The anionic lipophilic modified alkali-soluble emulsion has a cross-linked structure, is compatible with high surfactant systems, has quite good salt resistance, and can be made into a state of transparency, high viscosity, and suspension performance.

It is suitable for a variety of sunscreen, skin care and hair care products, helps to optimize the texture of the formula, enhance the suspension ability, adjust the fluidity, and improve the stability and viscosity of the formula.