What are the advantages of grid anti-static clothing?
What is the difference between mesh anti-static clothing and striped anti-static clothing? I believe that many purchasers will be asked this question when asking manufacturers for anti-static clothing, that is: Do you need grid anti-static clothing or striped anti-static clothing? So what is the difference between so-called grids and stripes?
Mesh anti-static clothing has more conductive fibers, its anti-static performance is more effective, and the discharge effect is faster, which has less impact on static-sensitive components in the electronics industry. The conductive fibers of the mesh anti-static clothing are arranged evenly across the warp and weft. The advantage of this is that no matter where or which direction the anti-static performance of the anti-static clothing is tested from, the anti-static performance reaches the anti-static standard and the anti-static performance is more stable. .
At present, the commonly used anti-static clothing fabrics we use include 5mm stripes, 5mm mesh, and 2.5mm mesh conductive silk. In order, their dust-proof and anti-static effects are getting stronger and stronger. If judged according to the cleanliness level of the workshop, the 10,000-level workshop should use 5mm stripes, the 1,000-level workshop should use 5mm grid, and the 100-level workshop should use 2.5mm grid.