The aluminium spreader plate underfloor heating can improve the human blood circulation and microcirculation system, improve the human body's ability, and increase the cerebral vascular function and other good physical and therapeutic effects.
2. No additional floor height
The aluminium spreader plate underfloor heating combines the floor heating layer and the bedding treasure layer into one, without increasing the indoor layer height and losing the space utilization rate.
Third, the floor heating can be enjoyed for 20 minutes after booting
The aluminium spreader plate underfloor heating is equivalent to the radiator on the ground, and the surface heating time is generally 30 minutes
4. Make the foot of the room floor more comfortable
The high compressive strength of the aluminium spreader plate underfloor heating is equivalent to the high-quality bedding for laying the floor, which enhances the comfort and elasticity of the floor.
5. Advantages of both centralized wet floor heating and radiators
Aluminum plate type dry floor heating is actually a technical upgrade of cement backfill wet floor heating, which combines the advantages of both wet floor heating and radiators, and overcomes their deficiencies.
The aluminium spreader plate underfloor heating is a thin dry floor heating system, which is characterized in that the heat insulation layer is laid on the foundation, and the heat insulation layer is provided with a groove for placing a warm water pipe, so what are its advantages:
The heat insulation cavity formed between the heat conduction layer and the heat insulation groove of the aluminium spreader plate underfloor heating blocks the downward transmission of heat with air to prevent heat loss, which can reduce heat loss by more than 60%, and makes the temperature of the return water increase and the temperature difference small.
Compared with traditional floor heating, it saves energy by 25-30%. In the case of hot water at 45 ° C, normal rooms can maintain around 22 ° C.
Solve the weight problem of concrete in the traditional process. The traditional method weighs 25 kg per square meter, and the dry process weighs less than 1 kg per square meter.
