Custom Large Size ESD Antistatic Rubber Sole For Conductive Cleanroom Safety Boots

Custom Large Size ESD Antistatic Rubber Sole for Conductive Cleanroom Safety Boots

ESD anti-static rubber sole is made of high-quality conductive rubber, with a stable surface resistance of 10 ⁶ to 10 ⁹ ohms. Large sizes, thicknesses, and colors can be customized. Deep anti slip texture, can firmly grasp the epoxy clean room floor, and is wear-resistant and crack resistant after long-term walking. Widely used in industries such as electronics, photovoltaics, and chemicals to produce ESD safety boots, clean room slippers, and anti-static work shoes, eliminating static electricity and protecting sensitive products.

Features:

1. Stable anti-static conductivity
The controllable range of surface resistance is 10 ⁶~10 ⁹ Ω, which meets the national ESD anti-static standard. It can sustainably guide human static electricity, avoid static electricity accumulation and breakdown of precision electronic components, and provide long-term anti-static without attenuation.
2. Anti slip and wear-resistant pattern design
The anti slip texture on the outer side of the sole increases ground friction; The front and rear palm have circular anti slip patterns, and the dust-free workshop has a smooth floor and epoxy floor that is not easy to slip when walking. It is resistant to bending and repeated trampling without cracking. The rubber material is wear-resistant and has a long service life.
3. Support non-standard customization with enlarged codes
We can customize the size, thickness, base color, and pattern of the shoe sole as needed, and make it larger, wider, or thicker. It is suitable for a variety of shoe types such as oversized anti-static boots, dust-free slippers, and anti-static safety shoes.
4. High quality rubber substrate, dust-free adaptation
Rubber material has low dust, no chips, no color fading, and does not pollute the clean workshop; The texture is flexible and conforms to the shape of the feet, providing shock absorption and cushioning when worn, making it less likely for feet to fatigue during prolonged standing operations.
5. Integrated molding process
Integrated injection molding, compact sole without pores, waterproof and oil proof, resistant to weak acids and alkalis, resistant to workshop oil stains and cleaning environments, not easily corroded or deformed, suitable for long-term industrial use.

Applicable application scenarios:

1. Electronic semiconductor dust-free workshop
Chip factory, SMT surface mount workshop, LCD display assembly, precision component assembly, eliminating human static electricity to protect circuit boards and chips from electrostatic breakdown.
2. Optoelectronic clean room
The production workshop for camera modules, optical lenses, and photovoltaic cells strictly controls static electricity to avoid damage to optical components and photosensitive components.
3. Biological cleanroom
Laboratory sterile clean area, low dust shoe soles do not pollute the clean environment, while eliminating static electricity to ensure production safety.
4. Flammable and Explosive Plant Area in Petrochemical Industry
Chemical raw material packaging, paint and ink workshop, fuel storage area, anti-static shoe soles release static electricity to prevent the risk of explosion caused by static sparks.
5. General industrial anti-static workstation
Hardware precision machining, plastic injection molding workshop, new energy lithium battery assembly workshop, supporting production of ESD safety boots, anti-static work shoes, and dust-free slippers.
3. Laboratory/Testing Institution
Various physical and chemical testing, as well as electrostatic sensitive product testing laboratories, meet the dual use standards of dust-free and anti-static.