There are many reasons why sports wood floors are not suitable for geothermal floors. First, sports wood floors are typically constructed from multiple layers of plywood, a structure that is not well suited to withstanding the heat transferred from a geothermal system. The high temperature of the geothermal system can easily cause the multi-layer structure of the wooden floor to deform, crack and other problems, affecting the service life of the floor. Secondly, sports wood floors need to withstand heavy loads such as movement and impact, which brings great difficulties to the pipeline laying and maintenance of the geothermal system. The geothermal system requires a certain gap and isolation layer between the floor and the floor to allow for smoother heat transfer. However, this structure is not suitable for sports wooden floors, which can easily lead to difficulty in maintaining the geothermal system and affect the use effect.
In addition, the surface of sports wood floors usually uses professional anti-slip treatment. In order to meet the needs of sports fields, this treatment process may affect the heat transfer effect of the geothermal system. The floor heating system requires the floor material to have good thermal conductivity, and the anti-slip treatment of the sports wooden floor often reduces the thermal conductivity of the material, resulting in reduced heat transfer effect and unsatisfactory floor heating effect. In addition, the thickness of sports wood flooring is relatively thin, and thermal expansion and contraction can easily lead to floor deformation, cracking and other problems.
In general, sports wood flooring is not suitable for geothermal flooring mainly because the material characteristics and structural design are not suitable for the requirements of the geothermal system.
For floor heating systems, it is crucial to choose suitable floor materials to ensure the floor heating effect and the service life of the floor. Therefore, when choosing a geothermal floor, you need to consider factors such as the thermal conductivity of the floor material, applicable structure, and anti-slip treatment, so as not to affect the normal operation and use of the geothermal system.
