- Common anti-static anti-fatigue feet pad should be what kind
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Issue time:2022-03-25 10:33:35 source:安珂地垫 views:2589
Anti-static and anti-fatigue foot mats have multiple functions, both anti-static, free from static interference damage, and anti-fatigue, protect the human body from harm. In addition this foot mat should also have ordinary floor mats wear-resistant pressure resistance and other functions. The reality of anti-static anti-fatigue feet is such, so favored by many factory workshops.
Common anti-static anti-fatigue foot mat should be what kind?
The thickness of anti-static anti-fatigue mats is not standard data, the use of different occasions, the thickness of its requirements are different, for ordinary space, equipment or less mobile places, the thickness of anti-static anti-fatigue mats are generally 3mm, the market mat color mainly green, gray, blue, black several, of course, the manufacturer more support customization.
Application environment of anti-static anti-fatigue feet: electronic semiconductor equipment, electronic computers, electronic communication equipment, integrated circuits, microelectronics industry, flammable and explosive storage production workshops, various laboratories, server rooms, power distribution rooms, weak rooms and other special ESD protection places.
In order to reduce or eliminate electrostatic hazards, it is necessary to lay anti-static anti-fatigue foot mats. Anti-static anti-fatigue foot mats laid on the ground, the human body electrostatic will be discharged from the work surface, so that ESD tweezers, tools, SD tweezers, tools, instruments to achieve a basic uniform potential, so that electrostatic sensitive devices (SSD) are not subject to frictional charging and other electrostatic discharge phenomena caused by broadband interference, so as to achieve the effect of electrostatic protection.
Anti-static anti-fatigue foot pad is mainly made of anti-(conductive) static materials and static consuming materials synthetic rubber. Commonly used in 2mm, 3mm, 5mm thick double-layer composite structure. The surface is 0.4-0.5mm thick electrostatic depletion layer, the bottom layer is 1.5-4.6mm