How is WPC Door Jamb environmentally friendly?

The environmental characteristics of WPC Door Jamb (wood-plastic composite door jamb) are mainly reflected in its raw material composition, production process, service life and post-waste treatment. The following is a detailed analysis of its environmental advantages:

Belson WPC BES 240B-48 customized length width 24 cm thickness 30 mm arc shaped WPC door frame

1. Environmental protection of raw materials
Renewable resource utilization: WPC (Wood-Plastic Composite) is a composite material mixed with wood fiber (such as wood chips, sawdust, etc.) and plastic (such as polyethylene, polypropylene, etc.). Wood fiber comes from renewable plant resources, reducing dependence on natural wood, thereby protecting forest resources.
Use of recycled plastics: The plastic part usually uses recycled plastic particles, which not only reduces the demand for new plastics, but also effectively utilizes waste plastics and reduces the pollution of plastic waste to the environment.

2. Environmental advantages in the production process
Low-energy production: The production process of WPC usually consumes less energy than traditional wood processing and plastic product production. Its production process mainly involves mixing wood fibers and plastic particles and then extruding them into a mold, without the need for high temperature and high pressure treatment, which reduces energy consumption.
No release of harmful substances: During the production process, WPC does not need to use a large amount of chemical adhesives and preservatives, so it will not release harmful chemicals such as formaldehyde and benzene, which meets environmental protection and health standards.
Reduce waste: The scraps generated during the WPC production process can be recycled and reused, and almost no waste is generated, further reducing the impact on the environment.

3. Environmental performance during service life
Strong durability: WPC door covers have good weather resistance, corrosion resistance and insect resistance, long service life, and reduce resource waste caused by frequent replacement.
Low maintenance cost: WPC door covers do not need to be painted or anti-corrosion treated regularly like traditional wood, reducing the use of chemical products, and also reducing maintenance costs and potential pollution to the environment.

4. Environmental protection of waste treatment
Recyclability: WPC materials can be recycled and reused after the end of their service life to make new WPC products or other plastic products, reducing the pressure on the environment from landfill and incineration.
Biodegradability: Some WPC materials can be partially degraded under certain conditions, reducing pollution to soil and water bodies.

5. Overall impact on the environment
Reduced deforestation: By using wood fiber and recycled plastic, WPC door frames reduce the demand for natural wood, thereby indirectly protecting forest resources and helping to slow global warming and biodiversity loss.
Reduced carbon footprint: Compared with traditional wood and plastic products, the production, use and waste disposal process of WPC has lower overall carbon emissions and less impact on the environment.