The Italian imported process is made of pure polystyrene as the main raw material and is made by high-pressure mixing and thermoforming method. It is pollution-free, non-toxic, pure green product. It has a tight closed-cell honeycomb structure with a closed-cell honeycomb structure with an excellent water resistance, moisture resistance and penetration resistance. It has excellent water resistance, moisture resistance and anti-permeability. It is not prone to decomposition or mold change. It has good corrosion resistance. It can have more than 50 years of service. The thermal conductivity loss rate is less than 20% within 50 years. It is a building material for the same life of the building.

　　Ultra-thin floor heating module is a new type of heating method. Compared with traditional heating methods, it has good usage characteristics and advantages. The following is a comprehensive classification of its characteristics.

　　1: In summer, the indoor temperature is 3-5℃ lower than that in rooms without floor radiation. In fact, warm winter and cool summer are natural air conditioners, environmentally friendly air conditioners. Environmentally friendly and sanitary Since the average indoor air flow rate is lower than that of the radiator for heating, it will not cause dust and accumulation of dust caused by air convection, which can reduce wall items or air pollution and be environmentally friendly and sanitary. Because hygiene can radiate heat to the surrounding ceilings, walls and other protective structures, the indoor air flows slowly and the dust content is small.

　　2: Floor heating also has energy-saving functions. According to the test results of the indoor temperature gradient of various heating methods, the floor radiant heating method is close to the ideal heating method. Therefore, under the premise of establishing the same good conditions, the indoor temperature in the floor radiant heating room is lower than 2-3℃ than the temperature of the general radiant heating device.

　　3: Low-temperature floor heating, the overall underground laying of pipes, no interfaces, and no leakage. If plastic pipes are buried in the concrete on the ground, if artificially damaged, their service life will be more than 50 years (the raw materials have been tested by international standards), and they will not corrode or scale. This will reduce the troubles caused by radiators running, dripping, leaking, and repairing them to residents, which can save maintenance costs and ensure that they can play an important role and value in actual employees.