Silicone for Garments/Fabrics

Known for their durability, flexibility, and water-resistant qualities, silicone for garments and fabrics can enhance the performance of textile products by providing a soft, smooth feel while also being breathable. They can be molded into a variety of shapes and patterns and can be made into a variety of colors, providing endless possibilities for creative design to meet diverse consumer needs. In short, silicone for garments and fabrics contributes both performance and aesthetic appeal to the textile industry, positioning them as favored materials for contemporary fashion.

What Can We Offer

As a leading supplier of silicone products, we offer a diverse range of silicone rubbers specifically designed for various applications in the textile and apparel industry. Our silicone for garments and fabrics are engineered to provide exceptional durability, flexibility, and resistance to environmental factors, making them ideal for use in garments and fabrics. We are committed to delivering innovative solutions that meet the unique demands of the textile and apparel industry. The main silicone for garments and fabrics we offer are as follows.

• Textile Coated Silicone
• Embossed Silicone Rubber

Characteristics

• Environmental protection. Silicone for garments and fabrics are environmentally friendly materials, non-toxic and harmless, suitable for products that come into direct contact with the skin.
• Adhesion. Silicone for garments and fabrics have good adhesion to various fabrics and can be firmly attached to the surface of the fabric.
• Transparency and aesthetics. Silicone for garments and fabrics have high transparency and can be printed with a variety of effects, such as gloss, matte, right angles, rounded corners, etc., with beautiful appearance and comfortable feel.
• Breathability and weather resistance. Silicone for garments and fabrics have good breathability, which helps to expel moisture and heat; at the same time, they are highly weather-resistant and not easy to change color.