With the growing demand for high-performance textiles, precision electronics, and advanced protective materials, there is a rising need for multifunctional additives that combine hydrophobicity, stain resistance, antistatic properties, and softness. Amino fluorosilicone oil, a novel organosilicon material with a unique molecular structure, is rapidly gaining popularity in textile finishing and electronics surface protection.

This compound features both trifluoropropyl side chains and amino functional groups in its molecular backbone. The fluorine components impart ultra-low surface energy, granting excellent water and oil repellency, while the amino groups improve adhesion to polar substrates like fibers, plastics, and glass.

In textile finishing, amino fluorosilicone oil delivers a soft hand feel while enhancing antistatic performance, stain resistance, and wash durability. Compared to conventional silicones, it significantly reduces dust attraction and static buildup—making it especially suitable for high-end functional fabrics (such as sportswear, uniforms, and protective gear) and for antistatic coatings on electronic housings (like touchscreens and dashboards).

It can be formulated into emulsions, solutions, or solvent-based systems to suit diverse materials and processes. Moreover, its amino groups enable chemical bonding with isocyanates, epoxies, or hydroxyl components, enhancing long-term durability and surface adhesion.

As industries shift toward high-function, energy-efficient, and eco-friendly auxiliaries, amino fluorosilicone oil is emerging as a smart solution, advancing the development of smarter and safer functional materials across textile and electronic sectors.