Antistatic polyester fabric

Anti-static fabric is a fabric that has been processed by anti-static processing, which is widely used in oil industry; mineral industry; chemical industry; electronic industry; specializes, such as: atomic energy, aerospace, weapons, etc., such as: food, fireworks , Medicine, etc.
The textile material is electrically insulator material, which is generally high, especially in hygroscopic properties, low polyester, halon, chloyn, and other synthetic fibers. Therefore, during the textile processing, since the fibers and fibers or fibers are closely contacted and friction between the machine. Causes charge to the transfer of the surface of the object, and the results are electrostatic. The fibers with the same charge are mutually exclusive. There is an attraction between the fibers and the machine with different charges. As a result, it has caused the hair hair, and the yarn hair is increased. The fiber is poor, the fiber sticking machine, the yarn breakage increases, And a dispersible section is formed on the layout. After the cost of charge, a large amount of dust is absorbed, it is easy to contaminate, and the clothing and the human body, clothing and clothing will also have a phenomenon or generate an electric spark. Therefore, electrostatic interference, the smooth progress of the processing, affecting the quality of the product and the performance of fabric. When the electrostatic phenomenon is serious, the electrostatic pressure is up to several thousand volts, which will cause a fire due to the discharge, causing a serious consequence.
I have already found that when the two insulators are rubbed and separated, the dielectric coefficient, the higher object is charged, and the dielectric coefficient is low. This is the law discovered in the late 19th century, this law and many experimental results are consistent. The electrostatic potential sequences of the various fibers obtained from the experiment, such as Table 3-32 (experimental conditions are temperature and air relative humidity 33%). When two fibers in the table occurs, the fibers are positively charged in the table in the table, and the lower negative charge below.