Types of Anti-static Fabrics

• Blended fabrics with conductive fibers (carbon, stainless steel, or graphene).

• Synthetic fibers with anti-static chemical finishes (like polyester, with topical agents).

• Natural fibers (cotton, silk, wool)—inherently better at managing static, but less effective in dry conditions unless specially treated.​

Key Benefits

• Prevents ESD, which can destroy high-value electronics

• Improves safety in hazardous environments

• Reduces dust, lint, and particle attraction

• Improves wear comfort and garment performance

• Can be combined with other protective functions (like flame retardancy or UV protection)​

Selection Tips

• For maximum and permanent protection, pick fabrics with embedded conductive fibers.

• For daily and comfort-focused use, blends or finishes may be sufficient—note their effectiveness decreases after many wash cycles or in dry environments.​

• Always confirm compliance with sector-specific standards for ESD or anti-static protection based on your application (e.g., electronics require stricter specs than home textiles).