帯電防止複合糸とは？特性、用途、カスタムオプションの完全ガイド
VELVE Technical TeamQuick Answer: Antistatic composite yarn combines conductive fibers such as stainless steel, carbon, or graphene with traditional textile fibers to dissipate static electricity. It is used in anti-static workwear, cleanroom garments, electronics manufacturing, and industrial textiles where ESD protection is critical.
Frequently Asked Questions
What is antistatic composite yarn?
A blend of conductive and non-conductive fibers engineered to prevent static buildup. The conductive element is physically integrated into the yarn, unlike topical treatments that wash off. Velve uses stainless steel, carbon, or graphene with cotton, polyester, nylon, or aramid base fibers.
How does antistatic yarn work?
Conductive filaments provide a safe path for static charge to travel to ground, preventing spark discharge, dust attraction, and component damage. Typical performance includes surface resistance of 10^5–10^9 ohms per square, static decay under 0.5 seconds, and 50+ industrial wash cycles.
What industries use antistatic composite yarn?
Protective workwear, cleanroom garments, ESD-safe textiles, electronics manufacturing, automotive interiors and EV manufacturing, and aerospace and defense.
What customization options are available?
Base fiber, conductive element (stainless steel, carbon, or graphene), yarn count from 20s to 80s Ne or 200–2000 denier, custom dyeing, packaging, and certification to customer requirements.
What certifications should antistatic yarn meet?
Depending on the application: EN 1149 for electrostatic protective clothing, ASTM F1506 for arc-rated/flame-resistant garments, IEC 61340 for ESD protection, and ATEX for explosive atmospheres.
How do I choose the right antistatic composite yarn?
General anti-static workwear typically uses 5–10% stainless steel fiber; cleanroom garments often use carbon fiber; maximum conductivity may use graphene; high-temperature environments may use an aramid base. Contact Velve for application-specific consultation.