Active color fixing agent manufacturer: What factors affect anti-static fabrics
Classification: Industry News Author: Source: Release Date: May 18, 2022
Active color fixing agent manufacturers have learned that with the development of today's society, anti-static fabrics have become an extremely common demand. There are various forms of anti-static fabrics, such as ultra clean anti-static fabrics, anti-static jeans that abandon traditional styles, and high count and high-density anti-static fabrics with excellent anti-static effects. The development of these fabrics provides us with a safer living and working environment. It has greatly promoted our social progress.
Active color fixing agent manufacturer: Static electricity is a near-field hazard source, and its harm to humans is well-known, ranging from accidental static electricity strikes in daily life to industrial production. Human static electricity is intangible and adheres to the surface of an object, only releasing energy when it rubs or comes into contact with other objects. With the development of science and technology, more and more workplaces, especially clean rooms in microelectronics and semiconductor production, biopharmaceuticals, medical, precision processing schools, or places where static electricity is eliminated in a timely manner, are prone to causing damage such as original malfunctions, explosions, and fires. To prevent these measures, it is an inevitable trend to require workers to wear dust and anti-static work clothes.
Active color fixing agent manufacturer: With the increase of wire spacing, there is a decreasing trend in the longitudinal charge surface density, latitudinal point density, and density. That is to say, as the wire spacing decreases, the charge density in both latitudinal and latitudinal directions increases.
The influence of warp and weft density on the properties of antistatic fabrics
The point-to-point resistance added to electrostatically conductive fabrics can meet the requirements of A-level anti-static clothing. When the conductive wires are equal, the anti-static performance of the fabric is related to the warp and weft density of the fabric. That is, as the warp and weft density of the fabric increases, the charge density in the warp and weft direction of the fabric increases, the point-to-point resistance decreases, and the anti-static performance of the fabric improves.
The influence of wire arrangement on the performance of anti-static cloth
Wires are called grid like arrangements, relative to strip like arrangements. With the increase of the content of conductive wires per unit area, the ability of the fabric surface to accumulate static charges is enhanced, the resistance is significantly reduced, and the anti-static performance of the fabric is improved.
The active color fixing agent manufacturer has drawn the following conclusion:
When the warp and weft densities of a fabric are not significantly different, the anti-static performance of the fabric is related to the type and composition of the fabric. Compared with pure polyester, cotton, and viscose fibers, it is more conducive to increasing the surface charge density of fabrics, reducing point-to-point resistance, and improving the anti-static performance of fabrics.
2. When there is no difference in the warp and weft density of the fabric, the conductivity of the fabric will decrease with the decrease of the distance between the conductive wires, which is earlier in China.
When the spacing between wires in the fabric is the same, grid arrangement has more advantages than strip arrangement, which improves the anti-static performance of the fabric.