Chemical raw materials

Polyether-Modified Silicone Oil

1.Amphiphilic and Widely Compatible: Combines hydrophobic siloxane segments with hydrophilic polyether segments, allowing complete miscibility with water in any ratio, as well as partial or full miscibility with polar solvents such as alcohols and esters, and non-polar solvents such as toluene, solving the problems of poor emulsification and easy phase separation in traditional silicone oils.
2.Ultra-Low Tension and Excellent Activity: Surface tension can be as low as 22 mN/m, far superior to ordinary surfactants, quickly reducing the tension between liquids and solids, and significantly enhancing wetting, spreading, and penetration performance.
3.Stable and Weather-Resistant with Long-Lasting Function: Inherits the high bond energy characteristics of organosilicon, offering high temperature resistance, anti-aging, and shear resistance, maintaining stable performance under hot and humid or cold and dry conditions.

PREV: Emulsified Silicone Oil
NEXT: Organosilicone Defoamer

Textile and Dyeing Industry: As a fabric finishing agent, it can significantly improve fabric softness, reducing the bending stiffness of cotton fabrics by 40%, while providing good moisture absorption and antistatic properties.
Coatings and Inks Industry: As a leveling agent, it can reduce the surface tension of coatings from 45 mN/m to 28 mN/m, greatly minimizing orange peel defects (by 90%) and reducing spraying loss by 15%. At the same time, it also provides defoaming functionality, optimizing the smoothness and gloss of the coating and enhancing product quality.
Daily Chemical Industry: In skincare products, it can improve cream texture, reducing spreading resistance by 70% and forming a film in 3 seconds, while achieving 48-hour long-lasting moisturization and increasing the SPF value of physical sunscreens by 5–8 points.
Plastics and Polyurethane Industry: As an additive in greenhouse plastic films, it can form a nanoscale waterproof layer, increasing light transmittance by 35% and maintaining anti-fog performance for 180 days (compared with only 20 days for traditional products), while extending film lifespan by 3 years. In polyurethane foam production, as a foam stabilizer, it promotes material emulsification and stabilizes bubbles, creating fine and uniform cells, enabling full-process control of bubble formation, stabilization, and interconnection.