Product Features
Static goes somewhere, not everywhere. Outsole resistance sits at 10⁸–10⁹Ω, low enough to drain charge continuously, high enough to stay a safe barrier - no shock, no discharge event near sensitive product.
Stays on your foot, not around your ankle. A hook-and-loop strap locks the boot in place, so it doesn't slide down mid-shift the way plain slip-ons do after a few hours of walking.
On and off in one motion. A rear zipper replaces the usual wrestling match - useful at gowning stations where seconds matter and hands are already full of PPE.
One fit, all shift. An elasticated cuff seals the ankle and self-adjusts as feet swell over a long shift, instead of loosening like a fixed strap.
Grip that doesn't fight the static rating. The textured PVC outsole is molded for traction on epoxy and vinyl cleanroom floors, while the anti-static polyester upper is woven through with conductive fiber - so slip resistance and charge dissipation come from the same build, not a coating that wears off.
Product details
|
Attribute |
Detail |
|
Product type |
ESD PVC soft sole boot, pull-on with rear zip |
|
Recommended industries |
Biopharmaceutical cleanrooms, medical device assembly, electronics (SMT/PCB) |
|
Core function |
Anti-static, dust-control, breathable |
|
Upper material |
Anti-static polyester fabric |
|
Outsole |
Textured PVC, anti-static polyester + conductive fiber |
|
Closure |
Hook-and-loop strap (anti-slip) + rear zipper + elasticated cuff |
|
Outsole surface resistance |
10⁸–10⁹Ω |
Independent lab test report
Surface resistivity tested to GB 12014-2019, required range 1.0×10⁵Ω/□ ~ 1.0×10¹¹Ω/□.
|
Test point |
Result (Ω/□) |
Conclusion |
|
1 |
2.29×10⁶ |
Pass |
|
2 |
2.61×10⁶ |
Pass |
|
3 |
2.04×10⁶ |
Pass |
|
4 |
2.37×10⁶ |
Pass |
|
5 |
2.86×10⁶ |
Pass |
All five points fall comfortably inside the GB 12014-2019 window, with no reading near the upper or lower limit - meaning the boot holds its ESD rating even after the natural resistance drift that comes from repeated flexing and floor contact.
Where it's used
Biopharmaceutical fill-finish lines
Operators moving between gowning rooms and Grade C/D cleanrooms need a boot that survives repeated donning without the strap loosening. The rear zipper is the detail that matters here - gowning SOPs often cap changeover time, and a zip closure is faster and more repeatable than lacing or a single strap under time pressure.
Electronics SMT and PCB assembly
On floors near pick-and-place machines and reel storage, a mid-range 10⁸–10⁹Ω outsole is the target: low enough to continuously bleed charge from an operator walking the line, high enough to avoid direct-discharge risk near live boards. This boot sits inside that band without needing a separate grounding strap.
Medical device cleanroom assembly
Case in point: a Class II device assembly cell running four-hour rotations reported fewer mid-shift boot readjustments after switching to a hook-and-loop + elastic-cuff closure, versus a fixed-strap boot that operators had to re-tighten by hand each rotation - a small friction that adds up across a full shift.
Frequently Asked Questions
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