Product Name
PU Carbon Fiber Coated ESD Anti-Static Gloves
Core Features
Anti-Static Protection: Embedded carbon fiber conductive wires effectively dissipate static electricity (ESD), protecting sensitive electronics during handling.
Enhanced Grip: PU-coated fingertips provide superior anti-slip control and wear resistance.
Breathable & Comfortable: Nylon-knitted fabric ensures flexibility, breathability, and sweat absorption.
Durable Design: Precision stitching prevents deformation; lightweight yet tear-resistant.
Finger Protection: Reinforced PU coating on fingertips shields against scratches and dust.
Technical Specifications
| Attribute | Size S | Size M | Size L |
|---|---|---|---|
| Glove Length | 18.5cm / 7.3in | 19.5cm / 7.7in | 21.5cm / 8.5in |
| Palm Width | 8.6cm / 3.4in | 8.8cm / 3.5in | 9.0cm / 3.54in |
| Material | PU + Nylon + Carbon Fiber Conductive Thread | ||
| Colors | Green, Gray, Pink (PU-coated fingertips) | ||
| Packaging | 10 pairs/bag |
Key Applications
✔️ Electronics Repair: Ideal for computer, mobile phone, and PCB assembly.
✔️ Light Industrial Use: Auto parts, machinery maintenance, labs, cleanrooms.
✔️ Precision Tasks: Handling small components without static interference.
🚫 NOT SUITABLE FOR: Construction, heavy industrial work, or high-wear environments.
Why Choose These Gloves?
Safety Assurance: Carbon fiber threads meet ESD standards (IEC 61340-5-1).
Ergonomic Comfort: Stretchable nylon ensures a snug fit; lightweight design reduces hand fatigue.
Longevity: Reinforced stitching and anti-slip coating extend service life.
Versatility: Dust-proof and anti-static for both professional and DIY use.
Usage Tips
Match to Scenario: Use only in designated low-impact environments (e.g., electronics labs).
Size Guide: Measure palm width for optimal fit (refer to size chart).
Care: Hand wash recommended; avoid harsh chemicals.
Warnings
⚠️ Critical Notice: These are thin gloves designed for dexterity, NOT heavy-duty protection.
⚠️ Industrial Restrictions: Strictly prohibited in construction, welding, or high-abrasion settings.
