Using antistatic materials

Static electricity, which builds up during the process, spreads to the earth through a conduction pathway. If the conductive path is of insulating type, its conductivity is low, and if the conductive path is of insulating type, its electrostatic dissipation rate is high.

Use electrostatic eliminator

Shock charged ions in the air with a high voltage. Since the opposite charges will attract each other and neutralize, ions can neutralize the charge of an object with static electricity, so that the accumulation of charge is minimal, so that electrostatic discharge does not occur. The static muffler can be roughly divided into three types: passive muffler, automaton and radiation source. In the selection of electrostatic eliminator, must take into account the operating environment elements, in order to play the maximum effect of electrostatic elimination. In general, the position of the electrostatic eliminator should be close to the electrostatic object, and away from the grounding metal object, in order to maximize the effect of electrostatic elimination.

Constrained line speed

In a speed-limiting industrial process, two objects may generate static electricity due to conflict, and gradually accumulate to produce electrostatic damage events. Therefore, reducing the conflict speed can slow down the occurrence of static electricity, so as to achieve the purpose of preventing the occurrence of electrostatic damage. In the industrial process, the electrostatic damage prevention method that limits the speed is usually used for the transport of flammable liquids due to the limitation of material properties and output value requirements.