Anti-static key conductive fiber for anti-static clothing
Compared with ordinary work clothes, anti-static clothing has a good anti-static effect and can protect products from static electricity. Many manufacturers are curious when they see the stripes or grids on the fabric when choosing the fabric of anti-static clothing. Why is there such a thing? In fact, these stripes are the key to excellent anti-static performance of anti-static clothing-conductive fiber. The density of conductive fibers is closely related to the strength of anti-static performance. Today, I will share with you how to determine the strength of anti-static clothing from the density of conductive fibers.
There are two kinds of anti-static clothing fabrics: stripes or grids. In theory, the denser the anti-static performance, the larger the stripe spacing or grid, the worse the anti-static effect. Therefore, under the same spacing, the grid anti-static clothing The performance of the fabric is better than the striped anti-static clothing fabric. The main conductive fabrics on the market are 10mm striped (grid) fabric, 5mm striped (grid) fabric, 2.5mm striped (grid) fabric, and antistatic performance The ranking is 10mm striped (grid) fabric <5mm striped (grid) fabric <2.5mm striped (grid) fabric, and the performance of the grid fabric is better than the striped fabric with the same spacing, and the price is The density of conductive pattern fibers is proportional.
therefore. It is recommended that when choosing anti-static clothing, you should choose a conductive fiber with a higher density according to your own requirements for electrostatic performance and cost control.