Anti-static Gloves
Anti-static gloves are widely used in static-sensitive industrial and everyday environments. Their core function is to dissipate static electricity from the human body through conductive materials or structures, preventing static electricity accumulation from causing device damage, explosion, or operational interference. Key application areas are as follows:
1. Precision Electronics and Semiconductor Manufacturing
Chip and Circuit Board Production: Prevents static electricity from damaging integrated circuits (surface resistance must be maintained between 10⁶–10¹¹Ω) during chip packaging, PCB soldering, and semiconductor component assembly (such as STM32 chips and wafer processing).
Dust-Free Environment Operation: Complying with cleanroom standards (ISO 14644-1 Class 5), these gloves are used in LCD panel assembly and photolithography processes to prevent contamination from electrostatic attraction of fine dust.
2. Flammable and Explosive Locations
Petrochemical and Chemical Industries: Prevents static electricity sparks from igniting flammable gases during solvent filling, oil and gas maintenance, and fireworks production (ATEX explosion-proof certification required).
Powder Metallurgy and Spray Coating: Prevents static electricity from causing powder aggregation and uneven coating during metal powder pressing and automotive electrostatic spraying. 3. Medical and Scientific Research
Medical Equipment Operation: When assembling cardiac monitors and filling sterile preparations, prevent static electricity from interfering with equipment accuracy or contaminating biological samples.
Laboratory Research: When handling graphene and electron microscope samples, ensure an electrostatic decay time of ≤0.1 seconds (in compliance with ISO 10605).
4. High-Precision Industrial Applications
Aerospace: Missile guidance component debugging and avionics installation must meet MIL-STD-1686C specifications, with a surface charge density of ≤0.1μC/m².
Optical Instruments: When maintaining camera sensors and cleaning lenses, prevent static electricity from attracting dust and scratching components.
5. Daily Life and Other Applications
Home Appliance Repair: When repairing precision circuit boards, prevent human static electricity (>1000V) from penetrating IC chips (glove surface resistance 10⁶–10⁹Ω).
Daily Protection: Preventing contamination during food processing and preventing scratches from oil stains in household cleaning, among other expanded applications. Core Principle
The gloves are woven with conductive fibers (such as carbon fiber and copper fibers) into a conductive mesh structure (with a spacing of 4–10mm), or coated with an anti-static coating (such as PU). This safely conducts static electricity from the human body to the ground.
Special Application Example: The Alma carbon fiber gloves utilize a mesh weave process, achieving a resistance fluctuation of ≤5% after 200 washes and are suitable for high-temperature environments up to 260°C.