WPC Decking Supplier

Do your composites perform well in a harsh heat/cold environment?

Yes! COOWIN composite decking and cladding are engineered to hold up under various weather conditions almost anywhere on Earth. In fact, we have COOWIN deck boards and wall cladding installed arou...

What are the advantages of using HDPE to make decking?

High Density Polyethylene (HDPE) provides superior physical and mechanical performance as compared to mixed or low-density resins(LDPE or LLDPE). HDPE resins are typically found in more rigid prod...

Are your WPC decking slippery when wet?

COOWIN decking products have undergone the Pendulum Slip Resistance Test by the standard of BS 7976-2. COOWIN 3D Wood Grain decking has better slip resistance by virtue of the embossed pattern. Th...

Will your decking get mold on it?

COOWIN decking is engineered to be highly resistant to mold and other damage from moisture. In rare cases and depending on environmental conditions (temperature, moisture in the air, etc.), mold a...

Are your WPC products environmentally friendly?

Yes, we’re committed to offering sustainable products and doing the right thing for the environment. COOWIN WPC products are made from reclaimed wood flours and recycled plastics, what’s mor...

Is your decking scratch-resistant?

COOWIN composite decking is engineered to be scratch-resistant when properly used and maintained. However, it is not scratch-proof. It may be scratched by dragging furniture or other items across ...

Will your composite product warp?

No. COOWIN composite product will not warp provided it is used and fixed in accordance with our installation instructions.

Is your product fire resistant?

COOWIN composite product has a better fire resistance than traditional timber. However, they are not fireproof. Our decking retains a Class B fire rating.

How heavy is your decking?

COOWIN WPC decking is engineered to be denser with a specific gravity of about 1.3 to give superior durability and resistance to moisture and termites, and it is 50-70% heavier than comparable lum...