1. Anti-static gloves
Composed of fabrics containing conductive fibers. The other is knitted gloves made of long-fiber elastic acrylic fiber, and then pasted with polyurethane resin on the palm, or pasted with polyurethane resin on the fingertip or polyethylene coating on the glove surface. Gloves containing conductive fibers quickly eliminate the static electricity accumulated on the hands. Gloves with polyurethane or polyethylene coating are mainly not easy to generate dust and static electricity.
2. Dust-free gloves
It is processed from natural rubber and can prevent the discharge of human finger tip during production. It can prevent human static electricity from damaging the product during production. The product will not be polluted and affected by residues, oil stains, dust and sweat on the fingers during the production process, and effectively protect the product.
3. Anti-vibration gloves
Personal protective equipment used to prevent "white finger disease" caused by vibration when exposed to vibration, such as using hand-held vibration tools in forestry, mining, construction, transportation and other departments. In terms of structure, anti vibration gloves mainly absorb vibration by adding a certain thickness of foam plastic, latex and air interlayer on the palm. The thicker the liner, the more air it contains, and the better the damping effect.
4. Fire-resistant and flame-retardant gloves
The traditional fire-resistant and flame-retardant gloves are made of asbestos materials, which are divided into two finger type and five finger type, and have three specifications: large, medium and small. Because asbestos fiber is irritating to human skin, it is rarely used at present. At present, fire-resistant and flame-retardant gloves are generally made of fire-resistant canvas or other fire-resistant and flame-retardant fabrics, which are suitable for smelting furnace workers.