How to enhance the wear resistance of striped pu coated anti-static esd electronic factory operating gloves?
Publish Time: 2025-02-25
In industrial production, electronic manufacturing and dust-free environments, striped pu coated anti-static esd electronic factory operating gloves are widely favored for their good anti-static performance and comfortable feel. However, in the face of complex and changing working environments, the wear resistance of gloves has become a key indicator for measuring their quality and service life.
The basic material of striped pu coated anti-static esd electronic factory operating gloves is usually nylon or polyester fiber, which itself has a certain wear resistance. But in order to further improve the wear resistance of gloves, manufacturers will coat a layer of special PU resin on the surface of gloves. This layer of resin not only enhances the anti-slip performance of gloves, but also effectively resists friction and wear during work through its tough characteristics.
In addition to the basic PU coating, stripe design also plays an important role in wear resistance. Stripes not only increase the beauty of gloves, but more importantly, they disperse friction during work and reduce wear on a single part by changing the contact area and friction coefficient of the glove surface. This design allows the gloves to maintain good appearance and performance after long-term use.
In addition, manufacturers also use multi-layer composite technology to enhance the wear resistance of gloves. They will add additional wear-resistant layers to key parts of the gloves, such as fingertips, palms and backs of hands. These wear-resistant layers are usually made of highly wear-resistant materials, such as wear-resistant fibers or specially treated rubbers, which can effectively resist high-intensity friction and wear during work.
In the production process of gloves, quality control is also an important part of ensuring wear resistance. Manufacturers will test the wear resistance of each batch of gloves to ensure that they meet the established standards. These tests usually include friction tests that simulate actual working environments, as well as wear tests using specific abrasives. Through these tests, manufacturers can promptly identify and solve potential quality problems and ensure that each pair of gloves has excellent wear resistance.
In summary, striped pu coated anti-static esd electronic factory operating gloves effectively enhance their wear resistance by adopting special PU coatings, stripe designs, multi-layer composite technology and strict quality control. These measures enable the gloves to maintain excellent performance in a variety of complex working environments, providing workers with long-lasting and reliable protection.
