The static brush induces static electricity leak by the contact of fine conductive fibers from charged surface caused by friction and others. Furthermore, as many thin conductive fiber get closer to charged surface, the air around fibers is ionized and the reverse charges are attracted to charged surface. The charged surface is also neutralized by this corona discharge. This phenomenon removes statics softly on charged surface without severe damage.
Heat is used in order to fix toner onto paper. As a result, toner ink is used under hot and dry conditions inside printers and copy machines. Static electricity is caused by the friction when conveying dry papers. TSCO's soft and low-resistant conductive brush is placed at paper exit path, to prevent paper jam caused by static.
Electrostatic plays an important role inside printers to fix toner ink onto paper. Therefore, toner ink tend to cling on surface by static, and it is difficult to remove. Fine conductive fibers pick up and remove unwanted toner after printing.