Anti static yarn 30% stainless steel + 70% polyester/viscose/cotton

Stainless steel blended anti-static yarn is an advanced high-performance functional yarn engineered by blending ultra-fine stainless steel fibers (8–12 microns in diameter) with natural or synthetic fibers such as cotton, polyester, or acrylic. This innovative combination establishes a continuous conductive network, offering reliable and permanent anti-static properties while preserving the comfort, flexibility, and processability of traditional textiles.

Key Benefits of Stainless Steel Anti-Static Yarn

✅ Permanent Anti-Static Properties
Unlike surface-coated solutions, stainless steel fibers provide humidity-independent static control. Enjoy lasting performance through repeated washing, abrasion, and chemical exposure—ideal for industrial and safety-critical applications.

✅ Superior ESD Protection & Compliance
Achieve consistent surface resistivity between 10⁴–10⁸ Ω/sq for effective static dissipation and spark prevention. Meets international ESD standards including IEC 61340 and GB 12014, making it suitable for electronics, cleanrooms, and explosive environments.

✅ Enhanced Comfort & Durability
Blended with cotton, polyester, or other fibers, this yarn remains soft, breathable, and comfortable for prolonged wear. It also improves overall fabric strength, abrasion resistance, and product lifespan.

✅ High Temperature & Chemical Resistance
Withstand temperatures up to 600°C and resist most chemical solvents. Perfect for use in harsh industrial settings, protective workwear, and high-temperature filtration.

This conductive fiber uses metal fiber as a conductive carrier and is blended into yarn with polyester, viscose, cotton and other fibers through the spinning method of Silospin. The content of steel fiber ranges from 10% to 40% and can be customized according to customer needs. The specifications of the yarn can be customized, and the common specifications are 21S, 32S, and 40S. The addition of steel fiber makes the blended yarn have a certain conductivity and has an anti-static effect.