Due to the special properties and strong adaptability of organosilicon, it has earned the nickname "industrial monosodium glutamate". Due to its convenience in application, it can be used in advanced production and processing processes, thus promoting the emergence of many new technologies today.

Durability of organic silicon products: Organic silicon materials have extremely strong wear and tear resistance. Unlike many synthetic materials, organosilicon can maintain its basic chemical and physical properties even after prolonged exposure to harsh environments. Not only is it highly reliable, but it can also extend the lifespan of many materials.

Stability of organic silicon products: Organic silicon materials are very stable compounds with excellent resistance to wind, rain, and aging, and can withstand certain limits of temperature and climate changes. Organosilicon does not react with most chemicals, can resist the effects of salt, wind, water, and radiation, and has excellent insulation properties.

Organic silicon materials have excellent cleanliness: Organic silicon can be shared with many other chemicals and materials, or used on chemicals and materials, usually without producing harmful by-products or odors. Due to its waterproof properties, organosilicon does not promote the growth of bacteria and fungi.

In addition, other organic groups such as polyether groups, epoxy groups, alcohol hydroxyl groups, thiol groups, carboxyl groups, phosphate groups, amino groups, or fluoroalkyl groups modify organosilicon materials. In addition to possessing the properties of the above-mentioned organosilicon materials, these organic groups also endow organosilicon with new characteristics.

Taking the use of organic silicon products as textile additives as an example, organic silicon finishing agents not only give fabrics a crisp, soft, smooth and full hand feel, but also have good breathability, surface gloss, wear resistance, comfortable wearing and other characteristics. Moreover, they are non-toxic, low-cost, environmentally friendly, and have broad application prospects.

In addition, silicone fabric finishing agent lotion is used for dip rolling finishing of fabrics, which can not only effectively isolate fibers and avoid direct contact between fibers, but also reduce the friction coefficient of fiber surface, so that fibers are easy to slide relatively and show softness. The fabric finished with silicone lotion has the following advantages:

1. Make blended/synthetic fabrics have a cotton like, linen like, wool like, or silk like effect;

2. Stabilize the size of fabrics such as cotton, linen, wool, silk, etc. and improve their anti shrinkage properties;

3. Comfortable hand feel, ideal softness, smoothness, elasticity, and stiffness performance; Excellent wrinkle resistance and drape;

4. A certain degree of water resistance and good breathability;

5. The abrasion resistance and tear resistance of the fabric are increased, and the sewing ability is enhanced.

TY-829 is a newly developed organic silicon and EO/PO block copolymer organic silicon finishing agent, which has excellent softness, fluffiness, and smoothness effects, especially suitable for post-treatment of PV velvet, blended ultra soft, long plush, and polyester blankets and other series of fabrics.

TY-819 is a newly developed non-ionic silicone emulsion softener. It has the characteristics of low yellowing, water resistance, and can improve the physical properties of fibers, especially suitable for post-treatment of blended ultra soft, long plush, and polyester blankets and other series of fabrics.

A mixture of TY-812 series fluorinated vegetable oil and amide cation. It can be widely used for post finishing and fuzzing processing of various fibers such as acrylic, polyester and their textiles, cotton fabrics, etc., especially for fuzzing and suede style treatment of short plush and ultra soft short plush fabrics. Can improve fiber tensile strength and is prone to fuzzing. It endows suede with fullness, smooth texture, high glossiness, and hanging weight, making it an ideal finishing agent for high-end clothing and toy materials.

Like TY-912, it can give a silky feel that is smoother, softer, and fuller compared to ordinary amino silicone oil. And it has the characteristics of low yellowing, water resistance, and can improve the physical properties of fibers, especially suitable for the post-treatment effect of polyester and its blended fabrics.

TY-202 is a new type of fabric finishing fluffiness agent jointly developed with South Korean research institutions, which has a more fluffy, smooth, soft, and full silky feel than traditional amino organosilicon. It has the characteristics of low yellowing and water resistance, and can also improve the physical properties of fibers, enhance fabric resilience and bursting force, and improve the sewability of fabrics. Especially suitable for post-processing of polyester, cotton, nitrile, blended super soft and other series of fabrics such as cashmere, brushed velvet, pearl velvet, qilin velvet, straight cotton, suede, etc.