ESD Gloves
- Carbon-fiber knit provides a dissipative path
- White polyurethane palm coating supports clean grip
- Seamless lightweight liner for precision assembly
Product Introduction
ESD Gloves are reusable handling gloves for electrostatic-protected production areas. Conductive carbon yarn is integrated through a lightweight nylon-polyester knit to help dissipate charge when the glove is used as part of a grounded ESD control system. A thin white polyurethane coating across the palm and fingers adds grip and abrasion resistance while the ventilated back remains flexible.
Key Features
Thin polyurethane palm coating retains tactile control
Seamless construction reduces pressure points around the fingers
Ventilated knit back improves comfort during repetitive assembly
Elastic color-coded cuff helps identify size and retain the glove
Customer Product Concerns
Handling static-sensitive parts requires both electrical continuity and precise grip. A bulky coating, broken conductive path or loose cuff can reduce control and undermine the ESD program.
Typical Applications
Technical Parameters
These specifications describe common reusable carbon-fiber ESD assembly gloves. Electrical performance depends on the complete person–garment–floor grounding system and should be verified in use.
| Core Material | 13-gauge nylon-polyester knit with conductive carbon filament |
|---|---|
| Panel Thickness | 0.80–1.20 mm knitted liner and coating |
| Effective Width | 85–115 mm palm width by size |
| Maximum Length | 250 mm |
| Steel Facing Thickness | 0 mm; no steel facing used |
| Core Density | 110–180 kg/m³ bulk knitted structure |
| Thermal Conductivity | 0.05–0.10 W/(m·K), knit and coating dependent |
| Surface Finish | Gray conductive knit with white polyurethane palm coating |
| Joint Type | Seamless knitted full-finger glove with elastic rib cuff |
| Customization | Available based on the intended application and operating environment. |
Available Options
Planning a ESD Gloves specification?
Send us your dimensions, installation conditions, performance targets and required surface finish.

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