Protect sensitive electronic components from catastrophic electrostatic discharge. Our certified ESD work gloves blend ultra-thin dexterity with advanced conductive fibers, ensuring safe handling and continuous grounding in cleanrooms, semiconductor plants, and intricate assembly lines.
A single invisible spark of static electricity can instantly destroy expensive microchips and compromise an entire production batch. As a specialized manufacturer, SQG weaves advanced conductive yarns—such as carbon or copper filaments—directly into the fabric of our gloves. This creates a continuous grounding path, safely dissipating static buildup before it ever reaches sensitive circuitry. From ultra-sheer inspection gloves to PU-coated assembly models, our B2B wholesale program equips technology sectors with reliable static-control PPE that strictly meets international facility compliance.
“Antistatic” materials generally prevent the initial generation of static electricity caused by friction. “ESD safe” (Electrostatic Discharge) goes a step further by actively and safely dissipating any existing static charge to a ground, preventing a sudden spark from damaging electronic parts.
We manufacture these gloves using specialized conductive threads (typically carbon or copper) knitted seamlessly into the nylon or polyester base. These continuous threads provide a controlled path for the electrical charge to travel away from the fingertips and safely ground through the worker’s ESD wrist strap or flooring.
Yes. For Class 100 or Class 1000 cleanrooms, we offer specific lint-free, continuous-filament nylon and polyurethane (PU) coated models. These ensure zero particle shedding while maintaining strict static dissipation protocols.
Absolutely. Because the gloves are woven with conductive carbon or metallic yarns throughout the fingertips, they naturally simulate the electrical capacitance of a human finger, making them perfectly compatible with industrial touchscreens, tablets, and testing machinery.
Yes. Our most popular ESD models feature a micro-thin Polyurethane (PU) coating applied only to the fingertips or the palm. This enhances grip and tactile feedback for handling tiny microprocessors without compromising the glove’s conductive properties.
Unlike cheap topical anti-static chemical treatments that wash out after one use, our gloves utilize inherently conductive yarns. This means the ESD properties are physically built into the fabric and will remain effective even after multiple washing cycles.
Our standard ESD-safe work gloves are engineered to maintain a surface resistance falling strictly within the dissipative range, typically between 10^6 and 10^9 ohms, meeting standard electronics manufacturing requirements.
Through our direct OEM capabilities, B2B buyers can customize the liner gauge (like ultra-thin 18-gauge for maximum dexterity), specify the type of conductive yarn, choose coating styles, and add private label branding for high-volume wholesale orders.
