Application scenarios of non-woven conductive shoe covers
Non-woven conductive shoe covers are a kind of protective equipment designed for anti-static environment, mainly used in clean places sensitive to static electricity. Its core features and uses are as follows:
1. Core functions and design
Anti-static principle
The bottom of the shoe cover is embedded with a conductive strip/belt (usually about 1cm wide), which conducts the static electricity of the human body by contacting the ground to avoid static electricity damaging precision electronic components or causing dust adsorption problems.
Material characteristics
Base material: PP polypropylene non-woven fabric, weighing about 35g/㎡ (thickened models can reach 30-40g/㎡), with breathable, dustproof, and lightweight characteristics.
Conductive layer: Some shoe covers use composite metal coating or carbon fiber conductive tape to ensure stable conductive performance.
2. Application scenarios
Industrial field: Dust-free environment such as electronic chip workshops, pharmaceutical factories, and laboratories to prevent static electricity from interfering with equipment operation.
Civil field: Household dustproof and cleaning to avoid the trouble of frequent shoe changes.
3. Product advantages
Protective performance:
Effectively releases human static electricity, with a shielding range of up to 100K-3GHz.
The thickened design improves wear resistance and anti-slip properties, and is suitable for smooth ground environments.
User experience:
The elastic edge is suitable for a variety of shoe types, and it is easy to put on and take off;
Breathable non-woven fabric reduces the feeling of stuffiness and supports long-term wear.
Economical:
Mostly disposable designs (less reusable), the wholesale unit price is very cheap.
4. Purchase precautions
Conductive strip integrity: Make sure that the conductive strip is not broken and is in full contact with the ground.
Specification matching: The common size is 16×40cm, and the conductive strip is 0.5cm wide; special needs can be customized.