Reasons for laying anti-static rubber floor mats in electronics factories
The so-called electronics factory is a factory that produces electronic products. Electronics factory products include electronics, microelectronics, communications, computers, precision instruments and other electronic product industries. Since electronic products are more sensitive, the accumulation of static electricity will seriously affect the quality of electronic products and the normal operation of various precision instruments, and static electricity in the production environment will seriously affect product quality.
For electronics factories, the best way to maximize the environmental quality of the workshop is to lay anti-static rubber mats on the floor of the production workshop. The reasons why anti-static rubber floor mats are suitable for the ground of electronics factories are:
1, dust and clean
For electronics factories, the cleanliness of the production environment is undoubtedly a very important factor. Anti-static rubber floor mat is a kind of rubber coiled material. After the floor of the workshop is paved, it can form a dense and wear-resistant ground protection layer, which can effectively prevent the ground from dusting and create a clean and dust-free production workshop environment.
2, anti-static
Anti-static rubber floor mat is a kind of anti-static floor. It uses anti-static nitrile rubber material. At the same time, a conductive copper mesh is added under the floor mat, which can lead the static electricity generated in the production workshop into the underground to prevent static electricity from affecting electronic products. quality.
With the continuous development and progress of society, the improvement of the quality of electronic products should not only start from the technical aspect, but also pay attention to the improvement of hardware. The laying of anti-static rubber floor mats on the ground can effectively reduce the repair rate and loss of precision electronic products. Reduce the hazards of carrying low-voltage static electricity to precision electronic products during the production process.