The biggest advantage of this product is its ultra-light weight, which is only 1/4 of the same size cast iron trench cover, greatly reducing the labor intensity of installation and maintenance. The surface adopts anti-slip texture design, which has excellent anti-slip performance even in rainy or snowy weather. The V-0 fire rating ensures that it will not burn or produce toxic smoke in case of fire, meeting the fire protection requirements of public places. The buckled installation design does not require professional tools, and can be quickly disassembled and installed, greatly improving the efficiency of later trench dredging. In addition, it has excellent acid and alkali resistance, and can be used for a long time in chemical workshops or coastal saline-alkali areas without corrosion.
The standard single-piece size is 1000mm in length, 500mm in width and 50mm in thickness, and can be customized according to the actual trench size. The compressive strength reaches 250kPa, meeting the D400 load grade standard, which can bear the rolling of small cars and light trucks. The glass fiber content in the material is more than 35%, which ensures the structural strength and durability of the product. The surface coating is UV resistant, which will not fade or age after 5 years of outdoor use, maintaining good aesthetic effect for a long time. The product has passed the EU CE certification and meets the international environmental protection standards.
This product is mainly applicable to scenic walking paths, residential community drainage ditches, park green belt drainage systems, kindergarten activity venues and other light-load scenarios. It is very suitable for occasions with high requirements for environmental protection and appearance, such as high-end residential areas and tourist attractions. It can also be used in chemical plant auxiliary drainage ditches and food processing plant drainage channels, because it has excellent corrosion resistance and will not cause secondary pollution to the environment. In addition, because it is non-conductive, it can also be used near power facilities to avoid the risk of electric shock.
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