What materials are used to make anti-static gloves?

Conductive fiber blend material: Metal fiber blend: It is made by mixing extremely fine metal fibers (such as stainless steel fibers) with natural fibers (such as cotton fibers) or synthetic fibers (such as polyester fibers) and weaving them together. The diameter of metal fibers is generally around 3-8 microns, and their proportion in blended materials depends on anti-static requirements, usually between 2% and 5%. For example, anti-static gloves used in some electronic equipment assembly workshops are made of metal fiber blended materials. When workers come into contact with electronic components, the metal fibers can quickly conduct the static electricity generated by the human body, avoiding damage to electronic components caused by static electricity. Meanwhile, the presence of cotton or polyester fibers ensures the softness and comfort of the gloves, making them suitable for long-term wear. Conductive polymer fiber blend: Conductive polymer fibers (such as polyaniline fibers, polypyrrole fibers) are blended with other fibers to make anti-static gloves. These conductive polymer fibers are synthesized through special polymerization reactions and have excellent electrical conductivity. Taking polyaniline fiber as an example, gloves made by blending it with cotton fiber can not only effectively conduct away static electricity, but also maintain good anti-static effect under different environmental humidity. This type of glove is very convenient to use in workplaces with high humidity changes, such as electronic factories with both dry processing areas and moisture detection areas.

Long term anti-static fiber material contains anti-static agent components inside the fiber. During the manufacturing process, the anti-static agent tightly binds with the fiber molecules, forming a conductive network inside and on the surface of the fiber. For example, gloves made of long-lasting anti-static fibers based on polyester will not easily lose their anti-static performance due to factors such as washing and friction. In fields such as chemical engineering and aerospace, workers using these gloves can effectively prevent fires and other accidents caused by static electricity even after multiple uses and cleaning, ensuring work safety and smooth progress.