In floor heating systems, insulation boards are the key to ensuring efficient utilization of heat and extending the life of floor heating. Our extruded panels for floor heating deeply meet the needs of floor heating usage scenarios, creating a warm, energy-saving and secure home environment for you with excellent performance.
1. Environmentally friendly selection of materials, health and worries
Pure polystyrene is used as the main raw material, and no excess plasticizers or additives are added. The production process adopts internationally advanced carbon dioxide (CO ˇ) foaming technology. There is no fluoride emission and the release of harmful substances is eliminated from the source. Even if it is continuously used in a closed and warm indoor environment, it will not produce harmful gases, protect the respiratory health of the family, and provide an environmentally friendly and reliable choice for home floor heating installation.
2. Ultra-low water absorption, moisture and mildew resistance
Floor heating has been located between concrete and the ground for a long time. The environmental humidity is high, and ordinary materials are prone to performance degradation due to water absorption. Our extruded sheets have a dense and uniform closed-cell structure with a water absorption rate of ≤1.5%, which meets industry standards. This feature effectively prevents moisture intrusion, prevents the plates from becoming moldy and softening due to moisture, and ensures long-term stable operation of the floor heating system without worrying about health hazards and maintenance costs caused by moisture.
3. High pressure resistance, stable and durable
The compressive strength per square meter is as high as 200KPA, far exceeding the conventional standards required for floor heating applications, and can easily withstand the pressure generated by floor tiles, furniture and daily activities. Even in commercial places where heavy stone is laid or heavy people are carried, the structure can be maintained intact, the ground settlement and cracking are prevented, and a solid and reliable protective barrier for the floor heating system can be built. The service life is as long as 15 - 20 years, reducing later maintenance troubles.
4. Efficient insulation, energy saving and money
A special process is used to form fine bubbles, with a thermal conductivity as low as ≤0.034W/(m·k), which greatly reduces downward heat loss. Compared with ordinary extruded boards, it can significantly improve the heat utilization rate of the floor heating system and reduce heating energy consumption. Calculated based on the floor heating area of 100㎡, a lot of heating costs can be saved every year. After long-term use, the energy-saving advantages will be transformed into tangible economic benefits, achieving the dual goals of warmth and saving money.
5. Professional adaptation and convenient installation
Designed based on the installation characteristics of the floor heating system, the plates have precise specifications and tight splicing to reduce heat leakage gaps. At the same time, the product is moderately flexible, easy to cut and lay, and can adapt to complex floor heating pipeline layout. Whether it is the decoration of a new house or the renovation of an old house, the installation can be completed quickly and efficiently, saving construction time and labor costs, and allowing warmth to arrive faster.
6. Quality assurance, after-sales considerate
Strictly follow the high-standard production process, and each extruded board goes through multiple quality inspection processes to ensure stable and reliable performance. We provide professional pre-sales consulting services to recommend suitable product models based on your needs; the after-sales team responds online 24 hours a day to promptly solve any problems during use, allowing you to purchase without worry and enjoy high-quality services throughout the process.
Note: The specific technical parameters shall be subject to the test report provided by the manufacturer. When applying, the appropriate model needs to be selected in conjunction with the architectural design specifications and local climate conditions.
