Wood-plastic composites contain both plastic and fiber, thus possessing processing performance similar to wood. They can be sawed, nailed, and planed using woodworking tools, and their nail-holding power is significantly superior to other synthetic materials. Their mechanical properties are superior to wood. The nail-holding power is generally three times that of wood and five times that of particleboard.

Wood-plastic composites contain plastic, thus possessing a good modulus of elasticity. Furthermore, due to the presence of fiber and thorough mixing with the plastic, they exhibit physical and mechanical properties comparable to hardwood, such as compressive and bending resistance, and their durability is significantly superior to ordinary wood. Their surface hardness is high, generally 2-5 times that of wood.

Compared to wood, wood-plastic materials and their products are resistant to strong acids and alkalis, water, and corrosion. They do not breed bacteria, are not easily infested by insects, and do not grow fungi. Their service life is long, reaching over 50 years.

Through additives, plastics can undergo polymerization, foaming, curing, and modification, thereby altering the density, strength, and other properties of wood-plastic composites. They can also meet special requirements such as anti-aging, antistatic, and flame retardancy.

Features excellent UV stability and superior colorability for long-lasting aesthetics and customization options.

Its greatest advantage is turning waste into treasure and its 100% recyclability. It is decomposable and does not cause "white pollution," making it a truly green and environmentally friendly product.

The main plastic raw materials for producing wood-plastic composites are high-density polyethylene or polypropylene. The wood fiber can be wood flour, rice husks, or wood fiber. A small amount of additives and other processing aids are also required.

It can be made into any shape and size as needed to satisfy diverse structural and design demands.