The look and feel are similar to that of natural wood. It requires less repair and maintenance, as it does not distort/fold or splinter into small pieces like natural
It is highly resistant to moisture and, therefore, a highly durable material.
It also has resistance to termites and fungi.
It does not corrode easily and does not deteriorate or lose its constituents.
Because it is composed of recycled plastic and wood waste, it is a sustainable and green material.
There is a greater fixation of nails, screws, and fasteners when used with WPC compared to natural wood.
It is gaining popularity as it avoids unnecessary logging and is made with waste in a very beneficial way to create improved building materials. One tree is saved for every ten WPC cards.
The resistance of WPC to extreme temperatures is low compared to wood.
The cost of the WPC material is higher compared to the other materials used for the same purpose.
Natural wood texture is lacking, due to the lack of natural wood feel when furniture or doors are made of this material.
WPC consists of wood and plastic, so the deficiencies of both materials are also present in the WPC material.
Its resistance to extreme temperatures is low compared to wood.
The initial cost is high. The purchase costs of WPC decks are higher than wood but save on maintenance costs later, and the overall cost is not too high after long-term use.
WPC board is composed of wood fibers and plastics but still has a realistic wood grain imitation effect.
WPC board is not entirely maintenance-free.
The WPC deck still needs to regularly remove leaves and other debris and wash them with soap and water.
Heavier than wood compared to wood materials, composite materials of the same size are much heavier.
WPC's resistance to extreme temperatures is low compared to wood. If you place kitchenware directly on the WPC plates, it will cause a fusion impression if the temperature exceeds 70 ° C.
The laser cutter cannot be used on WPC boards, as it burns the boards.
It contains a plastic polymer and wood fibers so that the deficiency of both materials will be present in it