Antistatic gloves are an essential component of any effective ESD protection strategy. Investing in high-quality ESD-safe gloves is a smart decision—especially in static-sensitive environments where component safety is critical.
At HORBEST, we offer a wide selection of ESD gloves designed to suit various applications, all at competitive prices.
Explore our full range below and shop with confidence—protect your workspace today!
ESD Gloves also called Anti Static Gloves,which have many kinds,include Carbon Fiber Gloves,palm fit gloves,top fit gloves,and as color; classify by clolor:white ,grey,black
polyurethane pu coated gloves; working gloves pu; nylon pu safety work glove; Black PU Coated Gloves
High quality heat protection for cleanroom and ESD-safe environments
Surface Resistance< 109 Ω
Natural rubber latex gloves provide exceptional flexibility, comfort, and reliable barrier protection.
ESD Nitrile gloves are nitrile gloves esd safe,esd gloves nitrile are all nitrile gloves esd safe ?do nitrile gloves prevent esd ? do nitrile gloves protect against electricity? KNOW MORE click read more please!
Vinyl gloves are vinyl gloves esd safe,esd gloves Vinyl are all Vinyl gloves esd safe? do Vinyl gloves prevent esd? click read more please!
Black Nylon Gloves,gloves nylon and polyurethane,safty gloves nylon,white nylon gloves
Browse our full range of gloves! Read more!
For bulk orders, quotes, or product guidance, get in touch with our expert team:
Email: sales2@esdbest.com
Phone: +86 137 1427 2599
ESD Working Gloves are engineered for environments where electrostatic discharge (ESD) can damage sensitive electronic components. Unlike generic “working gloves,” ESD gloves are designed with controlled electrical resistance to safely dissipate static charges while maintaining dexterity, grip, and durability.
In electronics assembly, semiconductor operations, cleanroom production, and repair benches, ESD gloves are only one part of a complete static control system (gloves + grounding + ESD surfaces + footwear/flooring + ionization + verification).
Traditional work gloves are designed primarily for mechanical protection — abrasion, cut resistance, grip, and impact reduction. They are typically not engineered for electrical resistance control. In electronics handling, some fibers and coatings can generate static through friction, or trap charge depending on humidity, clothing, flooring, and workflow.
ESD working gloves are manufactured using dissipative or conductive elements that help charge bleed off in a controlled way. This supports consistent handling safety inside ESD Protected Areas (EPA) and reduces the risk of hidden damage.
If you work with PCBs, ICs, sensors, or any static-sensitive devices, choosing the right glove type matters. Here’s a quick, audit-friendly comparison between ESD gloves and regular working gloves.
| Comparison | ESD Gloves | Regular Working Gloves |
|---|---|---|
| Main Purpose | Static control + handling safety for electronics | Mechanical protection (grip, abrasion, cut, impact) |
| Electrical Behavior | Controlled resistance to dissipate charge | Not designed for resistance control; may generate static |
| ESD Program Fit | Supports EPA/ESD control plans (IEC/ANSI programs) | Usually not acceptable for EPA work |
| Typical Work Areas | PCB assembly, cleanrooms, semiconductor, repair benches | Warehousing, general manufacturing, construction, logistics |
| Risk If Misused | Lower ESD risk when used in grounded system | Higher risk of hidden ESD damage to electronics |
Two mainstream options for ESD working tasks are PU coated ESD gloves and ESD nitrile gloves. The correct choice depends on dexterity needs, environmental cleanliness, exposure to oils/chemicals, and expected wear rate. Below is a procurement-friendly comparison including cost, lifespan, cleanliness, packaging, and MOQ considerations.
| Criteria | PU Coated ESD Gloves | ESD Nitrile Gloves |
|---|---|---|
| Dexterity | Excellent for fine PCB & small component handling | Good, slightly thicker tactile feel |
| Grip Performance | Strong dry grip; ideal for precision assembly | Better performance with oils/chemicals depending on texture |
| Mechanical Lifespan | Medium wear rate; great when dexterity is priority | Often longer wear in harsher environments |
| Cleanliness / Lint Control | Low-lint knit options available; depends on yarn & coating | Strong cleanroom-ready options; packaging options are critical |
| Cost Level (Typical) | Lower to mid range | Mid range (varies by cleanroom grade & packaging) |
| Bulk Packaging | Commonly bundled in dozens/pairs per bag/carton | Often sealed packaging; cleanroom versions may require double-bagging |
| MOQ (Typical Procurement) | Often flexible MOQs for general ESD assembly lines | MOQs may be higher for cleanroom-grade or custom packaging |
| Best Industry Fit | SMT/PCB lines, inspection, fine assembly tasks | Cleanroom tasks, automotive electronics, oil exposure areas |
A professional ESD glove program should be backed by measurable performance and documentation. Below are the parameters buyers most commonly request for ESD compliance and stable production.
ESD gloves must balance static control with durability. Many industrial models are evaluated under EN 388-type mechanical testing for: abrasion resistance, tear resistance, puncture resistance (and sometimes cut resistance depending on application).
ESD Working Gloves are widely used in industries where static-sensitive devices are handled:
Share your application environment, standards requirements, and expected volume. Our team will recommend the right ESD working gloves based on your process and compliance targets.
