Core functions and design philosophy:
Electrostatic dissipation: through the embedded conductive fiber network, a low-resistance path is provided for the electrostatic charge to discharge slowly, avoiding the generation of high-voltage sparks.
Permanent efficacy: Conductive fibres are woven into the fabric structure, so their anti-static properties are permanent and will not fail due to washing or wearing (unlike surface-coated antistatic agents).
Basic protective layer: As the innermost layer of the ESD protection system, it is used in conjunction with anti-static work clothes, wristbands, shoes, etc., to form a complete and uninterrupted electrostatic protection system.
Comfort and breathability: While providing electrostatic protection, it retains the softness and breathability of cotton materials, making it suitable for long-term wear.
Meet the standards:
It is necessary to comply with strict international electrostatic protection standards, which is the core technical basis for industrial procurement.
IEC 61340-5-1: The International Electrotechnical Commission's core standard for electrostatic protection has specific requirements for protective clothing.
ANSI/ESD S20.20: The American National Standards Institute's electrostatic discharge control scheme is a widely accepted standard in North America.
EN 1149-5: European performance standard for electrostatic protective clothing.
Applicable scenarios:
Electronics manufacturing: clean rooms and dust-free workshops for the production of semiconductors, chips, and circuit boards.
Aerospace: Assembling and repairing sensitive avionics equipment.
Petrochemical and energy: Operate in flammable gases and dust environments to prevent static electricity from causing explosions.
Medical and pharmaceutical: Protect precision medical instruments and production environments.
Explosive ordnance disposal and military industry.

