Analysis on the application fields of anti-static and anti-fatigue mats

Sep 04, 2020 Leave a message

Analysis on the application fields of anti-static and anti-fatigue mats


Static electricity is ubiquitous in our daily life, especially in some production workshops and work areas, and it has become an important factor affecting production efficiency and work efficiency. In order to reduce static electricity, anti-static and anti-fatigue mats are produced, which can effectively avoid static electricity and also have a very good anti-fatigue effect. So, what areas are there to use anti-static and anti-fatigue mats? Now let's analyze its application areas!

First, it is mainly used in the electrical and electronic industries. Since semiconductor materials or circuit boards are commonly used in the electronic and electrical industry, static electricity will be generated at this time, and the installation of anti-static and anti-fatigue mats can effectively reduce the interference of static electricity.

Second, it is widely used in the storage and transmission of some dangerous goods. In the storage and transportation of some dangerous goods, if static electricity is generated, it will cause greater losses. At this time, the best choice is to use anti-static and anti-fatigue mats in storage and transportation, which can effectively prevent static electricity. After using this kind of anti-static material equipment, the whole storage and transportation process can be more assured, and the product more secure.

Third, it can be applied to the shelves and the trolleys in the workshop, which can effectively alleviate the fatigue of workers and achieve better anti-static effects.


In short, the application field of anti-static and anti-fatigue mats is very wide. It is not only widely used in the storage of detonator warehouses and storage of liquefied gas cylinders, but also can be used in some areas where standing fatigue is high. It has become Anti-static and anti-fatigue tools that must not be put in the daily production process.