Fluorosilicone oil empowers textiles and specialty materials: Functional innovation leads industrial upgrading

1. Breakthroughs in textile finishing technology, fluorosilicone oil reshapes fabric performance
Fluorosilicone oil, with its unique fluorine-containing structure, has become the core material for waterproof and oil-proof finishing of fabrics. Fluorosilicone oil containing heptafluoroisopropoxypropyl side chains can form a dense molecular film on the fabric surface, with a contact Angle of over 110°, and still maintain excellent oil-repellent performance after 50 dry cleaning cycles. Thiol-modified fluorosilicone oil is applied to cotton fabrics, raising the water resistance grade of the fabric to ISO 4920 5 while retaining a soft hand feel. It has been widely used in the production of outdoor workwear and high-end clothing.

2. Fluorosilicone oil is a key boost for carbon fiber production, enhancing material stability
In the process of carbon fiber drawing, fluorosilicone oil modified oiling agents play a significant role. It forms a uniform film on the surface of the monofilament, reducing the friction coefficient to below 0.08, effectively preventing monofilament adhesion and wear, and improving the bundling property by 40%. This oil agent also has excellent antistatic properties, reducing the static failure rate in the carbon fiber production process by 70% and providing a guarantee for the preparation of high-end composite materials.

3. Upgraded special defoamers to meet the strict demands of multiple industries
Fluorosilicone oil defoamer, due to its extremely low surface tension (< 20mN/m), has a defoaming effect far exceeding that of ordinary silicone oil products. In the petroleum processing and coating industries, it can quickly break the foam of solvent-based systems, with an antifoaming duration of over 24 hours, which is three times more efficient than traditional defoamers. In the field of food fermentation, the non-toxic grade fluorosilicone oil defoamer has been certified by the FDA, which can reduce the residue of impurities in products and improve production efficiency.

4. The performance iteration of mold release agents helps improve the quality and efficiency of precision manufacturing
Fluorosilicone oil-based mold release agents achieve multi-substrate adaptation and upgrading, and have good compatibility with plastic, rubber and metal molds. It has strong anti-adhesion properties, with a demolding success rate of 99.8%, and does not corrode the mold surface, thus extending the mold maintenance cycle by two times. In the precision injection molding process, this mold release agent can ensure the surface accuracy of the product, reducing the defect rate by 50%. It has been applied in the production of electronic components and automotive parts.