Three Mistakes in Selecting Warm Sports Wood Flooring

In winter, maintaining a comfortable temperature in gyms is essential, and many opt for warm sports wood flooring to achieve this. However, when purchasing such flooring, it's crucial to understand how to use underfloor heating correctly and avoid common mistakes that could lead to poor performance or damage. ![Some misunderstandings in choosing warm sports wood flooring](http://i.bosscdn.com/blog/20/14/07/23113049484886644.jpeg) **Misconception 1: Any Floor Can Be Used for Underfloor Heating** Many people ask, "Can this type of flooring be installed on a geothermal system?" Some sellers confidently say, "Absolutely no problem—it's specifically designed for geothermal heating." They may even show examples of previous installations or provide test reports to reassure buyers. However, not all floors are suitable for underfloor heating. A quality gym floor must have good thermal conductivity, dimensional stability, environmental friendliness, and durability. Industry standards are being developed to better define these requirements, ensuring proper installation and long-term performance of geothermal flooring systems. **Misconception 2: The Term “Geothermal Flooring” Means It’s the Best Option** In the market, you’ll often see various names like “heat-resistant floor,” “floor heating,” or “anti-heat floor.” But not all of them are truly suitable for geothermal systems. The correct definition of a “geothermal floor” is one that is compatible with underfloor heating and can effectively radiate heat through its surface. The term “geothermal flooring” should not be taken at face value. Always check the specifications and ensure the product is explicitly designed for use with geothermal systems. **Misconception 3: Thicker Floors Are Better for Insulation** Many consumers believe that thicker wood flooring provides better insulation and comfort. As a result, they often look for at least 12mm thickness, especially when buying solid wood, multi-layer, or bamboo flooring. But this isn’t always true. Wood is a poor conductor of heat, so if the floor is too thick, it can hinder heat transfer from the system to the surface. This can cause energy loss and uneven temperature distribution. Additionally, excessive thickness may lead to warping or deformation due to thermal expansion and contraction between the top and bottom layers. When choosing flooring for geothermal systems, it’s important to consider both comfort and performance. Always consult with professionals and choose materials that meet industry standards for geothermal use.

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