Engineered Wood Vs. Natural Wood Essay Example

Natural wood is weaker when compared to engineered wood. This can be attributed to the attributes of natural wood. They are weaker in their tangential points and are prone to splitting. With the direction of the radius and the tangents that formed naturally, they are bound to split and this makes them weak. Another feature that makes them weaker than engineered wood is the fact that it has limited shapes. This is because the shapes that the natural wood take will depend on the wood from which they have been taken. On the other hand, wood that is engineered has been developed from veneers or wood strands that are placed alternately in terms of the orientation of the grain so that there is strength orientation.
Most of the engineered wood is made from small woods that have been bound together. These smaller woods have their own strengths. The bringing together of the different strengths makes engineered wood to be stronger as the smaller woods have reinforced their strengths. Engineered wood comes in any shape that they are created. This makes their ability and liability go up. They are preferred when there are more shapes required in a given construction.
Engineered wood is known to be more resistant to destruction from moisture and humidity. This is attributed to the chemicals and the precautions that have been put into account in the creation of these woods. It makes the stability of engineered wood stronger than natural wood. In addition, engineered wood can be manufactured in such a way that they align with the grains that are found in veneers. This will bring the maximum orientation and strength of the engineered wood. With this alignment, the joints have well designed stress direction.