Holding static electricity, starting with a pair of anti-static shoes

Static electricity is particularly common during the cold, dry winter months. When we touch a metal doorknob, there may be a tingling sensation at the tip of our fingers, which is a typical sign of static electricity discharge. Although this small electrical shock does not usually cause direct harm to the human body, in some specific work environments, static electricity can pose a serious hazard.

Static electricity is potentially destructive to electronic equipment, which may lead to equipment failure and affect work efficiency. More importantly, in flammable and explosive workplaces, static electricity may even cause fire or explosion, posing a great threat to personnel safety. In order to effectively control static electricity, we need to prevent from all aspects, and one of the simplest and most direct method is to start from the feet - wear a pair of anti-static shoes.

Antistatic safety shoes, as the name suggests is to prevent static electricity safety shoes, it is to reduce and eliminate static hazards and wear a safety shoes. It is a kind of safety shoes for reducing and eliminating static electricity hazards. The sole is made of anti-static material and the upper is implanted with electrically conductive silk. Anti-static shoes have the function of conducting electricity, which can direct the excess static charge from the human body to the earth, thus eliminating the static electricity of the human body, and at the same time effectively inhibit the personnel from walking around in the clean room, reducing or eliminating the static electricity hazards.

Anti-static shoes are designed and manufactured to strict standards to ensure they are effective in minimizing the generation and build-up of static electricity. Below are some key anti-static shoe standard points:

Resistance range: The resistance of the soles of anti-static shoes must be within a specified range, usually required to be between 100kΩ and 1000MΩ. This ensures that the shoes can effectively channel static electricity into the ground, while avoiding excessive current that can cause harm to the human body.

Material selection: anti-static shoes are usually made of materials with good conductive properties, such as conductive rubber, polyurethane and so on. These materials not only have excellent abrasion resistance and folding resistance, but also maintain good electrical conductivity.

Structural design: The structural design of anti-static shoes is also very important to ensure comfortable wearing and provide adequate protection. Shoes are usually equipped with anti-slip and anti-smash features to adapt to various complex working environments.

Testing and Certification: Every pair of anti-static shoes must undergo rigorous testing and certification before leaving the factory to ensure that they comply with relevant national and industry standards. These tests include resistance value measurement, abrasion resistance test, folding resistance test, etc.

By following these standards, anti-static shoes can effectively help staff work safely in static-sensitive environments. When choosing anti-static shoes, it is important to make sure that they meet the relevant standards and regulations, and that they are chosen according to the needs of the actual working environment. Once the problem of static electricity will have a serious impact on production, so we must pay great attention to choose the right anti-static shoes, not only to protect human health, but also to protect electronic components and environmental safety to avoid accidents. Today, we will first explain so much, I hope to be able to help you, if you still do not know anything about the purchase of labor insurance shoes, welcome to come to consult the message, together with the discussion Oh.