豪沃聚乙烯防滑不陷车铺路垫板PE路基板 返回列表页

豪沃聚乙烯防滑不陷车铺路垫板PE路基板

【产品名称】铺路垫板、临时铺路垫板、豪沃聚乙烯防滑不陷车铺路垫板PE路基板

【产品规格】除备货以外产品，可定制  

【产品材料】改性PE/UPE塑料    

【备货详细】根据客户要求均可加工 

Haowo Polyethylene Anti slip and Non sinking Car Paving Pad PE Road Base Plate
【 Product Name 】 Paving Pad, Temporary Paving Pad, HOWO Polyethylene Anti slip Non sinking Vehicle Paving Pad PE Road Base Plate
【 Product Specification 】 Products other than stock can be customized
[Product Material] Modified PE/UPE Plastic
【 Stock Details 】 All products can be processed according to customer requirements

 
【聚乙烯铺路板特点】 我公司豪沃聚乙烯防滑不陷车铺路垫板PE路基板 保证20吨-280吨车安全运行 复合铺路板一种热塑性工程塑料，具有很好的耐磨性、环保、防静电、缓冲、高耐磨 、防潮、耐腐蚀、易加工 、吸震、无噪音、 经济、不变形、抗冲击性、自润滑性，所以很适合做沙漠、沼泽地等地况不好的地方做铺路板，来保护车辆在地面上行驶安全，可循环利用，节省成本，重量轻易携带！

【PE铺路垫板规格】1220mm x2440mm，910mmx 2440mm，910mmx1830mm，610mmx1220mm，610mm x 2440mm ，610mmx1830mm

【 Characteristics of Polyethylene Paving Board 】 Our company produces polymer composite paving boards that ensure the safe operation of 20-280 tons of vehicles. Composite paving boards are a thermoplastic engineering plastic that has good wear resistance, environmental protection, anti-static, buffering, high wear resistance, moisture-proof, corrosion resistance, easy processing, shock absorption, noise free, economic, non deformation, impact resistance, and self-lubrication, making them very suitable for deserts Make paving boards in areas with poor conditions such as swamps to protect the safety of vehicles on the ground. They can be recycled, save costs, and are easy to carry with weight!
【 PE paving pad specifications 】 1220mm x2440mm, 910mmx 2440mm, 910mmx1830mm, 610mmx1220mm, 610mm x 2440mm, 610mmx1830mm

聚乙烯材质工地铺路板的组成:无论从高密度聚乙烯(HDPE)或超高分子量(UHMWPE)聚乙烯制造，可应用10年，在其生命终结前提供巨大的环境效益。化学惰性，避免可能的污染物质浸出,坚固的结构,降低而损坏又车或机械的危险，从而避免液体或污染物的浸入，减少交叉污染的站点到站点的威胁,非传导性，使其成为理想的输电工程。

The composition of polyethylene material construction site paving board: Whether made from  high-density polyethylene (HDPE) or ultra-high molecular weight (UHMWPE) polyethylene, it can be used for 10 years and provide significant environmental benefits before its end of life. Chemical inertness, avoiding possible leaching of pollutants, sturdy structure, reducing the risk of damage to vehicles or machinery, thereby avoiding the infiltration of liquids or pollutants, reducing the threat of cross contamination from site to site, non conductivity, making it an ideal transmission project.