Anti-static clothing fabric classification
Static electricity is ubiquitous in life and industrial production. It can use static electricity, but more is static electricity, which brings huge disasters and losses, especially in industrial production, such as gas stations, electronics industry, chemical industry. Plants, oil, etc., have had disasters due to the existence of static electricity. How to eliminate static electricity and shield the discharge of static electricity is the top priority of the company's production, so anti-static products came into being. The main body is anti-static clothing, and the main body of anti-static clothing is anti-static fabric.
Antistatic fabrics are designed to prevent static buildup. The principle is to conduct static charges on objects as quickly as possible to disperse or vent them. Therefore, the fabric used to make the anti-static clothing needs special treatment, and the current treatment method is to add conductive material to the fabric to accelerate the discharge and discharge of static electricity. There are three kinds of fabrics that can achieve this effect. The first one is a fabric made of humidity dependence of antistatic effect. This fabric is made by adding a hydrophilic polymer (surfactant) to the fabric to make the fabric. It is easy to absorb moisture in the air, reduce the impedance of the watch, reduce the accumulation of static electricity, and release the static electricity of the human body in time.
The second type is a fabric made of the electrical conductivity of the fiber, that is, an antistatic agent and carbon black particles are added to the fiber raw material to make it into a conductive fiber, and the electrical conductivity of the fiber or fabric is improved by various weaving methods. Generate anti-static fabric to achieve charge dissipation and prevent static electricity accumulation. The last one is to blend a certain amount of metal fiber into the fabric fiber to make a blended fabric. The advantage of this fabric is stability and washing resistance.
