Antistatic access floor

Abstract

The invention discloses an antistatic access floor. The antistatic access floor is provided with an antistatic surface layer, an upper kraft paper layer, an upper honeycomb layer, a middle kraft paper layer, a lower honeycomb layer, a lower kraft paper layer and a bottom surface layer which are sequentially arranged inside the antistatic access floor from top to bottom via peripheral sealing edges; the size of the antistatic surface layer, the size of the upper kraft paper layer, the size of the upper honeycomb layer, the size of the middle kraft paper layer, the size of the lower honeycomb layer, the size of the lower kraft paper layer and the size of the bottom surfaced layer are matched with sizes of the peripheral sealing edges, and surfaces of the various layers are adhered with one another by antistatic glue; kraft paper and phenolic resin glue are compounded to form each of the upper kraft paper layer, the middle kraft paper layer and the lower kraft paper layer; the upper honeycomb layer is made of aluminum alloy materials, and first orthohexagonal through holes are fully distributed on the upper honeycomb layer from top to bottom; and the lower honeycomb layer is made of aluminum alloy materials, and second orthohexagonal through holes are fully distributed on the lower honeycomb layer from top to bottom, and the side length of each first orthohexagonal through hole of the upper honeycomb layer is smaller than that of each second orthohexagonal through hole of the lower honeycomb layer. The antistatic access floor is light, impact-resistant and soundproof, and is high in strength and flame resistance, low in water absorption and good in heat-insulation effect.

Description

technical field [0001] The invention relates to a floor, and more specifically relates to an ultra-light antistatic access floor. Background technique [0002] At present, it is necessary to use anti-static access floors in many occasions to facilitate the reasonable layout and maintenance of lines, waterways, air passages, and air-conditioning systems. At present, access floors such as steel floors, inorganic floors, and cast aluminum floors are mainly used in China, but they all exist. The problems of heavy weight, inconvenient transportation and installation, and high cost are not suitable for use in high-rise buildings, which will greatly increase the load of high-rise buildings. Contents of the invention [0003] The object of the present invention is to provide an anti-static access floor which is light in weight, high in strength and impact resistant. [0004] The present invention is achieved through the following technical solutions: [0005] An antistatic acces...

AI Technical Summary

Problems solved by technology

[0002] At present, it is necessary to use anti-static access floors in many occasions to facilitate the reasonable layout and maintenance of lines, waterways, air passages, and air-conditioning systems. At present, access floors such as steel floors, inorganic floors, and cast aluminum floors are mainly used in China, but they all exist. Heavy weight, inconvenient transportation and installation, etc., and high cost, it is not suitable for use in high-rise buildings, which will greatly increase the load of high-rise buildings

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