I. Imparting Ultimate Softness to Fabrics and Enhancing Product Added Value
The core function of amino silicone oil emulsion lies in forming chemical bonds or hydrogen bonds between the amino groups in its molecular structure and the fiber surface, significantly reducing the friction coefficient between fibers. This effect gives fabrics a silky smooth feel, especially suitable for the finishing of natural fibers such as cotton and linen, and synthetic fibers such as polyester and nylon. For example, cotton bedding treated with high-viscosity amino silicone oil emulsion not only has a full and soft feel, but also improves wrinkle resistance and elasticity by more than 30%, increasing the market price by 20%-40%. In the high-end apparel sector, wool fabrics treated with the emulsion lose their traditional stiffness, combining warmth and drape, becoming a favored material for luxury brands.

II. Multifunctional Modification to Meet Diverse Needs and Expand Application Scenarios
Amino silicone oil emulsion can be functionally modified through molecular design to meet the diverse needs of the textile industry. The introduction of polyether groups gives the emulsion both hydrophilicity and antistatic properties, solving the problems of static electricity and poor moisture absorption in synthetic fibers such as polyester, and is widely used in sportswear, underwear, and other close-fitting garments; epoxy-modified emulsions enhance the bonding force between fabrics and dyes, improving color fastness by 1-2 grades and reducing the risk of fading; quaternized salt emulsions provide fabrics with antibacterial properties, with an inhibition rate of over 99% against Staphylococcus aureus and Escherichia coli, becoming a key additive for medical textiles and infant clothing.

III. Strong Compatibility with Environmentally Friendly Processes, Promoting Green Transformation in the Industry
Amino silicone oil emulsion uses a water-based system, with a VOC (volatile organic compound) content lower than 50 ppm, complying with EU REACH regulations and domestic environmental standards. Its microemulsion particle size is less than 0.1 μm, ensuring strong stability and reducing the amount of emulsifier used by 30%, lowering wastewater treatment costs. In addition, the emulsion can be applied through a low-temperature padding process, reducing energy consumption by 20% compared to traditional high-temperature setting, helping textile companies achieve carbon emission reduction targets.