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wpc co extrusion decking

wpc co extrusion decking

WPC co extrusion decking is a new type of composite building material that combines the advantages of wood and plastic. It not only retains the natural texture and warm texture of wood, but also has the high strength and durability of plastic.
What’s even more commendable is its environmentally friendly properties.
The main raw materials of wpc co extrusion decking can come from recycled wood and plastic, which not only reduces the over-exploitation of forest resources, but also finds new ways to use waste plastics and realizes the reuse of resources.

wpc deck flooring specifications

wpc deck flooring specifications

Next, let’s talk about the size of wpc deck flooring.
The width of wpc deck flooring is generally between 130mm-250mm, and the length is between 3000mm-6000mm.
Among them, the width of 140mm and 180mm is more common, and the length of about 4000mm is the most common.
Of course, some manufacturers also provide customized services, which can customize the size according to the actual needs of consumers.

wpc flooring disadvantages

wpc flooring disadvantages

In terms of materials, although the main components of wpc flooring are wood powder and plastic, which have certain anti-aging and anti-deformation capabilities, it still cannot completely avoid deformation problems caused by environmental factors.
Especially in extreme weather conditions, long-term high temperature or cold may affect the floor, and this impact will have a certain probability of causing it to crack or deform, and this probability will gradually increase with the lower product quality.

wpc slat wall panels

wpc slat wall panels

Among many environmentally friendly building materials, outdoor wpc slat wall panels have attracted widespread attention for their outstanding performance.
It uses advanced co-extrusion technology to form a hard layer on the surface and a soft foaming structure on the inner layer, which not only ensures the texture of the appearance, but also enhances the impact resistance of the material.