Why wear an ESD wrist strap and ESD gloves when working?
Electronic components are ESD protected at every step of the production process. The human body is the main static power source. Direct contact with ESDS sensitive components will cause damage to components due to electrostatic discharge, and it is not easy to detect.
ESD wrist straps are used to discharge static electricity from the body. It consists of anti-static elastic band, activity snaps, spring cord. Protective resistors and plugs or chucks. The inner layer of the elastic band is knitted with antistatic yarns and the outer layer is knitted with ordinary yarns. Can be used as a result of improper contact with high static power, causing a large amount of static charge to be introduced in an instant. When the ion is too late to be completed, the static electricity can be provided by the use of external air water molecules to provide ion neutralization (for Corona discharge effect). Effectively rule out the ultimate goal of electrostatic discharge (static voltage balance).
ESD gloves are made of special anti-static polyester cloth. The base material is made of polyester fiber and conductive fiber. The distance between conductive fibers is 4mm. The gloves have excellent elasticity and anti-static performance, and the static electricity generated by the human body is not damaged. Suitable for use in the electronics industry, semiconductors, dust-free workshops and daily life. It is used in anti-static and clean room environment where gloves are needed. Wear anti-static gloves to prevent the operator's fingers from directly touching the static-sensitive components and safely discharge the static charge from the operator. It must be worn by the workforce of the semiconductor industry, optoelectronics industry, semiconductor manufacturing, electronic picture tube manufacturing, computer motherboard manufacturing, and mobile phone manufacturing. It is mainly used in anti-static environments that need to be operated with gloves, such as electronics, instruments, etc. It can prevent the damage and aging of electronic components caused by static electricity. In the petrochemical industry, it can prevent the danger of burning and explosion caused by static electricity.