Grooved XPS for Underfloor Heating

Our superior XPS foam board for floor heating is carefully designed to meet the specific requirements of underfloor heating systems. The board features a unique structure that combines excellent thermal insulation with high compressive strength, making it an ideal base for floor heating installations.

The core of the XPS foam board is composed of a dense network of closed cells, which effectively traps air and minimizes heat loss. This cellular structure provides a low thermal conductivity, ensuring that the heat generated by the floor heating system is efficiently transferred upwards to the room while reducing heat dissipation downwards into the subfloor.

The surface of the board is smooth and flat, allowing for easy installation of the heating pipes or cables. It can be directly laid on the prepared subfloor, and the heating elements can be securely placed on top of the board. The edges of the board are precision-cut and can be joined together seamlessly using special connectors or adhesives, creating a continuous and stable insulation layer.

To enhance the durability and performance of the board in a floor heating environment, our XPS foam board is often treated with a special moisture-resistant coating. This coating protects the board from moisture absorption, which can be a common issue in floor applications, especially in areas such as bathrooms or kitchens. It also helps to prevent the growth of mold and mildew, ensuring a healthy and long-lasting floor heating system.

One of the most significant features of our XPS foam board for floor heating is its outstanding thermal insulation. The low thermal conductivity of the foam ensures that the heat from the floor heating system is retained within the room, providing a comfortable and consistent warmth. This feature not only enhances the efficiency of the heating system but also reduces energy consumption, leading to lower heating costs.

Our XPS foam board also offers high compressive strength. It can withstand the weight of the floor covering materials, such as tiles, wood flooring, or carpet, as well as the foot traffic in the room. The board's ability to support these loads without deforming or cracking ensures the stability and longevity of the floor heating system.

The moisture resistance of the board is crucial for floor heating applications. The closed-cell structure of the XPS foam, combined with the moisture-resistant coating, effectively prevents water from penetrating the board. This protects the underlying subfloor and the heating elements from moisture damage, reducing the risk of system failure and costly repairs.

In addition, our XPS foam board is easy to install. Its lightweight nature and user-friendly design make it convenient for installers to handle and position the board on the subfloor. The board can be cut to fit the specific dimensions of the room, and the installation process is relatively straightforward, saving time and labor costs.

Our superior XPS foam board for floor heating is suitable for a wide range of floor heating applications. In residential buildings, it is commonly used in living rooms, bedrooms, bathrooms, and kitchens. The board provides a comfortable and energy-efficient heating solution, making the rooms warm and cozy during the cold months. It is also ideal for underfloor heating systems in basements, where it can help to insulate the cold concrete floor and improve the overall comfort of the space.

For commercial buildings, such as offices, hotels, and restaurants, our XPS foam board is an excellent choice for floor heating installations. It helps to create a pleasant indoor environment for employees, guests, and customers, while also reducing energy costs. The board's durability and ease of installation make it suitable for large-scale commercial projects, where quick and efficient installation is essential.

Our XPS foam board is also used in industrial buildings, such as factories and warehouses, for floor heating applications. In these settings, it can help to keep the floor warm, which is important for the comfort of workers and the protection of equipment and products from cold temperatures.