ESD Gloves for Superior Protection

ESD Carbon Glove

ESD carbon fiber gloves are primarily used to dissipate static electricity from the human body to the ground through conductive fibers (such as carbon fibers), preventing static electricity buildup from damaging sensitive electronic components, precision instruments, or products in cleanroom environments.

Static electricity protection: Surface resistance is 10e6-10e9ohms, effectively preventing electrostatic discharge (ESD).

Precision operation: The PU coating on the fingertips enhances anti-slip properties and tactile sensitivity, making them suitable for electronic assembly, optical equipment repair, and other applications.

Cleanroom compatibility: Low particle shedding design (<0.1μg/cm²) makes them suitable for semiconductor manufacturing and cleanrooms.

Durability: The carbon fiber material is wear-resistant, and its performance remains stable after multiple washes.

ESD Copper Fiber Glove

LEENOL’s ESD Copper Fiber Gloves are designed to provide high-efficiency anti-static protection, ensuring the safety and precision of sensitive electronic components. Made from conductive materials like copper fiber, these gloves quickly dissipate static charges, preventing damage to components like chips and circuit boards.

Ensuring operational safety: ESD gloves reduce fire or explosion risks in chemical and explosive environments, ensuring safety during production.

Improving operational precision: Anti-slip coatings enhance fit and flexibility, perfect for assembly and medical tasks.

Chemical resistance and durability: Copper fiber gloves resist acid, alkali, and wear, ensuring durability for long-term use.

Adapting to multi-industry needs: Used in electronics, aerospace, and biopharmaceuticals, preventing static, dust, and chemical contamination.

The surface resistivity is usually controlled between 10⁶ and 10⁹ Ω, ensuring stable static dissipation performance.

ESD Nylon Gloves

LEENOL’s ESD Nylon Gloves are designed to provide reliable anti-static protection .The anti-static effect is typically achieved by controlling the spacing of conductive fibers (e.g., 4mm, 5mm, or 10mm), with a resistance range of 1 × 10^9 to 10 ohms, ensuring safe discharge of static electricity.

Material and Durability: Made from a nylon base using a seamless knitting process, the gloves are more wear-resistant and less prone to unraveling. The PU coating on the palm or fingertips further enhances anti-slip, oil-resistant, and acid/alkali-resistant properties, extending their lifespan.

Comfort and Breathability: The nylon material offers good breathability, absorbing sweat and keeping hands dry during wear, making them suitable for prolonged use.

Application Scenarios: Primarily used in electronic workshops, semiconductor manufacturing, cleanrooms, laboratories, and other environments, preventing fingerprint residue and dust contamination, and meeting cleanroom standards (e.g., Class 1000-10000).