Application of Pure Solid Wood Flooring in Geothermal Environment

Due to the geothermal environment, the floor needs to bear some heat. When the moisture in the air is absorbed into the wood, the wood will expand = when the air is dry, the moisture in the wood will run into the air again, drying the wood. Ordinary solid wood flooring is easy to crack and shrink, so it can't be used in geothermal environment. Pure solid wood flooring that can be applied to geothermal environment is conditional and the manufacturing process is quite strict.

Tree species selection is very demanding.

For example, the average maturity time of rare wood in South America is the longest among all tree species, and it takes at least 50 years to grow into "usable wood", while rare tree species take hundreds of years. It has been a useful material for a long time, which gives it excellent stability, wear resistance, corrosion resistance and deformation resistance.

Strict water content control

The moisture content is strictly controlled, and the moisture content is different in different regions.

special handling

It must have been specially treated. The painting principle of each floor is "six layers and three sides", thus ensuring the stability of pure solid wood floor in all directions.

Technical patent guarantee

The technical patent ensures the use of pure solid wood flooring in geothermal environment. This paper compares the pure solid wood geothermal floor from two aspects: technology and paving.