Anti Static Rubber Sole With Surface Resistance 10⁶-10⁹ Ohm For ESD Cleanroom Shoes

Anti-Static Rubber Sole With Surface Resistance 10⁶-10⁹ Ohm For ESD Cleanroom Shoes

1.Electronic manufacturing industry (core application)
Case 1: SMT SMT SMT&motherboard assembly workshop
Computer motherboards, mobile phone circuit boards, PCB assembly lines, workers wear work shoes equipped with this anti-static rubber sole.
The sole of the shoe has a stable discharge of static electricity of 10 ⁶~10 ⁹ Ω, avoiding the breakdown of surface mount resistors, chips, and capacitors by human static electricity, and preventing the scrapping of bulk components; The sole of the shoe is low in dust and does not shed chips, and does not drop impurities that can cause chip virtual soldering or short circuits. It is suitable for cleanrooms with a dust-free rating of 100000.
Case 2: Chip/Semiconductor Packaging Factory
The clean room for wafer cutting and chip packaging testing has a very high level of electrostatic control.
Customized oversized soles can be adapted to various dust-free one-piece boots for men and women, continuously guiding static electricity during walking to prevent static electricity from penetrating precision wafers; The rubber material is resistant to frequent ground friction, and the epoxy floor is non slip when walking, meeting the three hard requirements of durability, dust-free, and anti-static for clean room wear.

2.New Energy Lithium Battery Industry
Case 3: Lithium battery cell&PACK assembly workshop
The production lines for power batteries, energy storage batteries, and consumer lithium batteries use materials for the positive and negative electrodes of lithium batteries, which are sensitive to static electricity. Static electricity can easily cause cell bulges, short circuits, and even fire hazards.
This anti-static shoe sole guides human static electricity into the ground, eliminating the risk of static sparks; Resistant to slight corrosion by electrolyte, a small amount of electrolyte splashing in the workshop is not easy to corrode and crack the shoe soles. At the same time, it supports widening and enlarging sizes to meet the needs of wearing thick socks for workwear.

3.Photovoltaic industry
Case 4: Photovoltaic Cell and Photovoltaic Module Workshop
The cutting of solar silicon wafers and the packaging process of photovoltaic panels can easily cause hidden cracks in silicon wafers due to static electricity, directly reducing the yield rate of power generation.
The anti slip pattern is suitable for smooth and anti-static flooring in the workshop, which not only prevents slipping and falling, but also can effectively dissipate static electricity and avoid damage to silicon wafers caused by static electricity; Batch customization of a unified base color sole is available for easy management of workshop workwear shoes.
Case 5: Camera/Display Module Factory
The assembly workshop for mobile phone screens, car lenses, and LCD panels, as well as optical lenses and backlight modules, are afraid of static electricity attracting dust and causing damage.
Rubber sole does not fade, no small debris falls off, and will not contaminate the lens and screen; Stable anti-static performance, preventing static electricity from adsorbing dust and causing black spots on the product.

4.Pharmaceutical&Biological Cleanliness Field
Case 6: Cleanroom/Equipment Production
Aseptic product packaging, dust-free production workshop for consumables, and strict control of particulate matter and static electricity in the clean area.
The sole is seamlessly formed with no gaps to store dirt and grime, and can be washed and disinfected to prevent bacterial growth. It has low dust emissions and meets GMP cleanliness standards; Anti static measures can prevent powder from flying and scattering due to static electricity, ensuring a clean and safe production environment.

5.Chemical and oil and gas explosion-proof scenarios
Case 7: Coating ink and chemical raw material packaging plant area
Flammable and explosive organic solvents, paints, and diluents work in environments where electrostatic discharge can ignite volatile gases.
Anti static shoe soles construct a pathway for human body static electricity release, avoiding the accumulation of static electricity and the generation of electric sparks; Rubber material is resistant to slight immersion in various chemical solvents and has a longer service life than ordinary PVC shoe soles.
Case 8: Gas stations, hazardous chemical warehouses
At the inspection positions of hazardous chemical warehouses and oil storage and transportation, the staff wear anti-static protective boots and use this rubber sole to eliminate static electricity hazards from the foot area, meeting the labor protection wearing standards in explosion-proof areas.

6.Laboratory and Precision Testing Scenarios
Case 9: Third party testing/metrology laboratory
Electronic component testing and electrostatic sensitivity testing laboratory, all personnel entering the experimental area must wear ESD protective shoes.
The standard resistance range fully complies with the laboratory ESD system specifications, and small batches of special size shoe soles can be customized to produce laboratory specific anti-static slippers and simple work shoes.

7.General industrial non-standard customization case
Oversized anti-static boots for large heavy industry enterprises: For employees who are taller and larger in size, a separate mold is made to enlarge and widen the sole, solving the problem of insufficient size of conventional soles in the market. A workshop specific anti smashing and anti-static safety shoe outsole is customized.
Dust free and clean slipper sole: Visitors and temporary personnel in the electronic workshop wear disposable/recyclable anti-static slippers. This shoe sole is processed in bulk, with high cost-effectiveness, anti slip and not easy to slip.