Resistance you can specify
We quote the surface resistance range rather than a vague anti-static claim, so your ESD coordinator has a number to check against the standard.
Surface resistance 10⁶–10⁹ Ω
ESD & Anti-Static Gloves
Carbon-infused knits and PU palms that bleed static without shedding lint — for PCB, electronics and clean assembly work.
10⁶–10⁹ Ω (specified per style)Carbon fiber conductive yarn, 13G, with nylon or polyesterPU fingertips and palm, carbon-loaded
- Surface resistance
- 10⁶–10⁹ Ω (specified per style)
- Liner
- Carbon fiber conductive yarn, 13G, with nylon or polyester
- Palm
- PU fingertips and palm, carbon-loaded
- Fingertips
- Conductive fingertips for touchscreens
Overview
How ESD gloves dissipate charge
ESD gloves exist because static damage is invisible until a board fails. They work by giving charge a controlled path to dissipate instead of building on the hand or the part. That makes surface resistance the specification that matters, not the word "anti-static" on the packaging.
Resistance range and conductive fingertips
We build ESD gloves on carbon-infused nylon or polyester with a PU palm, targeting the 10⁶–10⁹ Ω range used in electronics assembly. Conductive fingertips are available for touchscreens, and the knit is designed to keep lint away from boards.
Anti-static is not the same as dissipative
Anti-static and dissipative are not the same thing, and the difference matters when you write the spec. A glove that bleeds static away slowly is not the same as one that controls the rate at which charge moves, and only the second belongs on a bench where a single spike damages a board. Tell us the resistance range your process specifies and whether the glove is laundered and re-measured between shifts, because a coating that washes out after ten cycles is not a saving.
Reviewed · Specs confirmed on the approved sample
Low lint
Continuous-filament nylon and a PU palm shed far less fiber than cotton or staple yarns — important near exposed boards and optics.
Feel for small parts
Fine-gauge liners keep enough dexterity for SMT parts, connectors and cable work, which is where most handling time is spent.
Reference
Options and ratings
Ratings depend on liner, gauge and coating. Final values are confirmed on the approved sample.
ESD glove selection
Gloves are one part of an ESD program. Wrist straps, flooring and packaging also determine whether a workstation is protected.
| Build | Resistance | Lint | Typical use |
|---|---|---|---|
| Carbon nylon, PU palm | 10⁶–10⁸ Ω | Low | PCB assembly, test |
| Carbon polyester, PU palm | 10⁷–10⁹ Ω | Low | General electronics |
| Carbon knit, no coating | 10⁶–10⁹ Ω | Medium | Packing, warehouse ESD zones |
| Carbon fiber, PU fingertips | 10⁶–10⁹ Ω | Low | Electronics, dust-free assembly, clean handling |
| Standard PU (not ESD) | Insulating | Low | Not suitable for ESD areas |
Specification sheet
P2 · esd gloves- Surface resistance
- 10⁶–10⁹ Ω (specified per style)
- Liner
- Carbon fiber conductive yarn, 13G, with nylon or polyester
- Palm
- PU fingertips and palm, carbon-loaded
- Fingertips
- Conductive fingertips for touchscreens
- Sizes
- S–L (XS–XL on request)
- Size coding
- Coloured cuff: pink S, green M, grey L
- MOQ
- 500 pairs per style and color
- Packaging
- 10 pairs per ESD bag or individual bag, 200 pairs per carton
- Lead time
- Samples 10–14 days · bulk 25–35 days
Questions buyers ask
Straight answers
If your question is about a specific style, send the spec and we will answer with the sample plan instead of a generic reply.
Are these gloves genuinely ESD-safe?
They are made with conductive carbon yarn to a specified resistance range. Confirm the range against your ESD program and check a sample with your own meter before adopting the style.
Can I use them on a touchscreen?
Conductive fingertips work with capacitive screens. Because the whole glove is mildly conductive, touch response is usually reliable.
Do ESD gloves need to be washed differently?
Wash cool without fabric softener, which coats the fibers and raises resistance. Air-dry; do not tumble dry on high heat.
What is the difference between anti-static and ESD?
Anti-static usually means the material resists charge build-up. ESD means it dissipates charge in a controlled way within a defined resistance range. For electronics work, specify the range.
Next step
Send your spec. Get samples and a landed price.
Share the glove type, liner and coating, quantities and destination. We reply with the sample plan, unit price at your quantity and the packaging options for your market.