- All-steel OA intelligent building frame
- Reinforced composite anti-static floor
- All-steel borderless anti-static floor
- All-steel anti-static floor
- ：0371-67391059 67391089 Phone : 0371-67391059 67391089
- ：firstname.lastname@example.org email : email@example.com
- ：13938555219 13526450988 Mobile : 13938552519 13526450988
- ：国家郑州经济技术开发区(航海东路) Address : National Zhengzhou Economic and Technological Development Zone (Hanghai East Road)
How to choose an anti-static floor
First, you must accurately calculate the total area (or number of blocks) of the anti- static floor and the number of various accessories (standard ratio 1: 3.5, 1: 5.5) required for the construction of the computer room before purchasing the floor. To avoid waste or shortage.
Second, before purchasing the floor, understand the quality of the anti-static floor produced by the manufacturer, as well as various technical performance indicators. Including mechanical and electrical properties. The mechanical properties mainly consider its bearing capacity and abrasion resistance. Install the entire anti- static floor on the overlapped truss beam. After leveling the anti-static floor, its load capacity should reach a uniform load greater than 1000 kg / m2, and the concentrated load on any part of the anti-static floor should be greater than 300 kg. When carrying a load of 300 kg at a 6 cm load point, the deflection should be less than 2 mm without permanent deformation. The adjustable support should be able to withstand a vertical load of more than 1000kg, and the surface of the board should have certain abrasion resistance. Electrical properties are mainly system resistance, electrostatic voltage, and surface resistance. Third, determine the load of the anti-static floor based on the weight of the heaviest equipment among all the equipment in the equipment room. This can prevent some equipment from being too heavy and causing permanent deformation or damage to the floor. Finally, the anti-static floor is less affected by external environmental conditions. That is, there will be no obvious expansion and contraction due to the excessively high and low external environmental temperature, that is, when the temperature of the equipment room is slightly higher, the antistatic floor will expand and expand and cannot be removed and replaced; when the temperature is low, the antistatic floor will shrink and produce a loose feeling. The shrinkage of the anti-static floor due to the environment should be less than 0.5mm, and the deflection of the board surface should be less than 0.25mm. The surface of the anti-static floor should be non-reflective, non-slip, corrosion-resistant, dust-free, dust-free and easy to clean.