In the textile industry, softness and anti-sticking properties are crucial quality indicators for products. To meet the market demand for high-quality textiles, more and more enterprises are adopting advanced additive technologies. Recently, a product named Hydroxy-terminated Polymethyl Siloxane IOTA 1203 has become the “new favorite” in the textile industry due to its outstanding performance.

Product Features

Hydroxy-terminated Polymethyl Siloxane IOTA 1203 is a colorless, transparent liquid with the following core advantages:

1. High Hydroxyl Content: Hydroxyl content ≥8.5%, providing excellent reactivity and versatility.
2. Excellent Viscosity Control: Viscosity (25°C) ≤30 mm²/S, suitable for various textile processing techniques.
3. Eco-Friendly and Non-Toxic: Complies with industry environmental standards, ideal for the production of high-end textiles.
4. Effective Anti-Sticking: Significantly reduces surface adhesion of textiles, enhancing anti-sticking properties.

Application Areas

IOTA 1203 has a wide range of applications in the textile industry:

• Fabric Softening Treatment: Used for softening treatments on cotton, linen, and synthetic fabrics, improving fabric hand feel.
• Anti-Sticking Treatment: Applied to prevent textile adhesion during processing and use.
• Paper and Leather Treatment: Used for softening and anti-sticking treatments on paper and leather, enhancing product performance.

Expert Opinions

Textile industry experts comment: “Hydroxy-terminated Polymethyl Siloxane IOTA 1203 not only delivers outstanding performance but is also eco-friendly and non-toxic, significantly enhancing the softness and anti-sticking properties of textiles. Its application is particularly effective in the production of high-end textiles.”

Conclusion

Hydroxy-terminated Polymethyl Siloxane IOTA 1203 has become the “secret weapon” for the textile industry, thanks to its excellent softness and anti-sticking properties. Whether for fabrics, paper, or leather, IOTA 1203 provides superior performance improvements.