How to prevent static electricity hazards with anti-static gloves?

Gloves achieve anti-static through two mechanisms: conductive fibers guide away static electricity; copper fibers form a conductive network, quickly introducing static charges generated by the human body into the ground to avoid charge accumulation. PU coating blocks static electricity: The coating material itself has anti-static properties, while preventing direct contact between hands and static sensitive components. For example, in the electronic assembly workshop, gloves can prevent components such as RAM and IC from being damaged due to electrostatic short circuits, resulting in a yield increase of about 15%.