Static-Safe Isn't Enough If It Slips
Most ESD gloves solve one problem - static - and ignore the other one: grip. A thin knit glove with no texture feels safe on paper, but the moment an operator handles a smooth PCB, a glass panel, or a polished housing, that glove starts to slide in the hand. Weston's Dotted Anti-Static Gloves were built around that second problem. The dot coating isn't decoration - it's what lets an operator hold a part with less force, for longer shifts, without it slipping.
Core Features
Dotted grip surface
Fine plastic dots are applied across the palm and fingers through a dedicated coating process, giving the glove real traction against smooth, curved, or oily surfaces instead of relying on knit friction alone.
01
Stays put on the part, not the floor
Because the dots increase surface contact, operators can hold components more securely and are less likely to drop them mid-transfer - a small detail that matters a lot on a fast SMT or assembly line.
02
Static-safe by design
Surface resistance sits in the 1×10⁵Ω–1×10¹¹Ω range, keeping the glove itself from building up a static charge that could migrate to sensitive components.
03
Reinforced wrist cuff
A rolled, wrapped-fabric cuff at the wrist resists fraying through repeated glove changes, which is a common failure point on cheaper gloves worn multiple times per shift.
04
Fully customizable
Color, size run, and packaging can be adjusted to match a client's line standards or private-label requirements.
05
Product Specifications
|
Attribute |
Detail |
|
Color |
White body with grey dot pattern (standard); other colors available on request |
|
Length |
≈ 25 cm (wrist to middle fingertip) |
|
Weight |
≈ 0.6 kg per pair |
|
Sizes available |
S / M / L |
|
Cuff style |
Wrapped fabric, rolled edge |
|
Packaging |
50 pairs per bag (standard); custom packaging available |
|
Customization |
Color, size range, and packaging can be adjusted per order |
Where This Glove Gets Used
Primary environment: Cleanroom and ESD-controlled workshops in electronics and semiconductor manufacturing.
Typical scenarios:
- SMT and PCB assembly lines - Operators handling bare boards need a grip that won't let a board slide during transfer between stations, while keeping surface resistance low enough to avoid charge buildup near populated components.
- Semiconductor wafer and module handling - Where a single static discharge event can damage a chip, the glove's resistance range keeps the operator's hand from becoming a charge source, while the dot texture reduces the chance of a slip-related drop.
- Final inspection and packing stations - Where products (phone housings, glass panels, connectors) are smooth and easy to fumble, the dotted palm gives inspectors a more confident hold during repetitive pick-and-place motions across a full shift.
Example use case: A contract electronics manufacturer running a glass-panel lamination line reported that ungloved or plain-knit-gloved handling led to occasional panel slips during transfer between the lamination and inspection stations. Switching operators to a dotted anti-static glove at that transfer point is a typical fix in this kind of workflow - added grip at the exact step where a smooth, flat part is most likely to slip.
Frequently Asked Questions
Hot Tags: dotted anti-static gloves, China dotted anti-static gloves manufacturers, suppliers, factory, cleanroom gloves, Dotted Anti static Gloves, Double sided ESD Gloves, Finger Cots Cleanroom
