The compressive strength of wood is the strength that wood has to withstand loads. Wood has a power system of strength to withstand the heavy load it supports.
You must also know that wood is often used as household furniture, and as a building material because of its strength that is able to support a fairly heavy force.
For example, like our products and our furniture which is known to be sturdy and strong to withstand heavy objects, even though it is unique and many shapes look not strong, but you think wrongly, our products are made of teak wood which is able to withstand heavy loads.
This is an example of a product we are producing this week that we will be shipping overseas.
This is a teak root coffee table, this table product is able to withstand heavy loads, is sturdy and strong. Our products are durable and resistant to various abrasions. Because our factory really prioritizes quality.
We are back again discussing the strength of wood, the strength of wood has 2 kinds of compressive strength, namely the compressive strength parallel to the direction of the fiber and the compressive strength perpendicular to the direction of the fiber.
Wood will be stronger when it has received a load parallel to the direction of the grain than when it has received a load perpendicular to the grain. This occurs when the wooden structure has holes. The denser the fibers, the wood will have more strength than wood with less dense fibers than before.
The compressive strength perpendicular to the fiber can determine the resistance of the wood to the load. This strength is often related to the hardness of the wood and the shear strength of the wood. The firmness perpendicular to the direction of the fibers in the wood will be smaller than the firmness parallel to the direction of the fibers in the wood.