Its molecular structure imparts a smooth, lubricious feel and a high degree of flexibility, making it a versatile base material in silicone chemistry. The fluid is chemically inert, thermally stable, and resistant to oxidation, which contributes to its long shelf life and consistent performance under various environmental conditions.

• Water repellency: The silicone forms a film on fibers (as an oil film or hard coating),which provides outstanding water repellency while still retaining a soft hand.

• Softness: Silicones greatly reduce the friction coefficient between fibers to achieve a distinctive softness.

• Durability: Silicones form a flexible Coating on fiber surfaces, thereby improving the fabric's durability against washing and dry cleaning.

• Rebound resilience: Silicones form a flexible coating on fiber surfaces, thereby improving the fabric's stretch back properties and softness.

• Transparency: Silicones form a transparent coating on fiber surfaces, for enhanced deep coloring and fastness.

• Textile & Garment– Acts as a reactive intermediate for amino silicone softeners, enhancing fabric softness, smoothness, and wash durability through strong interaction with fiber surfaces

• Cosmetics – Can be used as a base polymer in hair care formulations to improve spreadability and conditioning, especially in rinse-off products due to its low viscosity and reactivity

• Automobile – Serves as a processing aid or surface treatment agent in silicone rubber components, improving mold release and surface finish

• Paper & Packaging – Used as a release modifier or anti-blocking agent in high-end paper coatings, enhancing slip and water repellency

• Leather & Footwear – Functions as a softening and waterproofing additive in leather finishing emulsions, improving hand feel and durability

• Home Furnishing – Applied in fabric finishes for upholstery and curtains to impart a soft, smooth texture and improve anti-static and water-repellent properties