Conductive bags are also called anti-static packaging bags, static discharge bags, carbon black conductive bags, and conductive carbon black bags. Its main material is conductive carbon black, which is melted and mixed with plastic raw materials at high temperature to make it have the conductive function of carbon black and the packaging function of plastic bags.
Conductive plastic bags are mainly used in: the use of integrated circuits, chips, sensors and other precision electronic components in the fields of electronics and electrical appliances in the production process; the shells and structural parts of explosion-proof products, such as: electrical product shells and structural parts used in coal mines, oil tankers, oil fields, dust and combustible gases and other occasions; semiconductor shielding materials used in medium and high voltage cables; telecommunications, computers, electrification systems, industrial electronic products, consumer electronic products, automotive electronic products, etc.
What is the difference between conductive bags and anti-static bags?
The difference between conductive bags and anti-static bags is mainly divided into two aspects:
1. Material difference: Conductive bags are mainly made of conductive carbon black and PE as auxiliary material. The conductive function of conductive carbon black makes it conductive;
2. Electrostatic value impedance difference: The electrostatic value impedance of conductive bags is 10 to the 5th power or less, and the electrostatic value impedance of electrostatic bags is between 10 to the 6th power and 10 to the 12th power.