Jiangsu Textile Research Institute Inc.

The smaller the gtid of the antistatic clothing, the better its performance is generally. This conclusion is mainly based on the effect of the interweave mode and density of conductive silk on the antistatic performance of the antistatic clothing fabric.

First, the fabric of the antistatic clothing is embedded with conductive fibers, which are usually distributed in the form of stripes or grids. The density of the conductive fibers, that is, the distance between the conductive fibers or the size of the gtid, directly affects the anti-static performance of the antistatic clothing. Specifically, the smaller the spacing of the conductive fiber embeddings, that is, the smaller the gtid, the better its anti-static performance. This is because a smaller grid means that the conductive fibers are more densely distributed and better able to carry the static electricity generated by the human body into the ground, thus reducing the risk of static electricity accumulation and discharge.

Secondly, from the point of view of practical application, anti-static clothing with different gtid sizes is suitable for different working environments and electrostatic requirements. For example, in the working environment where the sensitivity of electronic components is low, you can use anti-static clothing with a slightly larger grid; In environments with higher electrostatic requirements, such as electronic parts processing plants, semiconductor factories, etc., you need to use a smaller grid of anti-static clothing to ensure electrostatic protection.

In addition, it is worth noting that the performance of anti-static clothing is also affected by other factors, such as the material of the fabric, the type and content of conductive fibers, and the design and structure of the clothing. Therefore, when selecting ESD clothing, you need to consider multiple factors to ensure that it meets the anti-static requirements of the specific working environment.

However, when choosing antistatic clothing, it is also necessary to consider a number of factors according to the specific working environment and electrostatic requirements.