The material of the sensible heat recovery wheel is typically metal, which only recovers sensible heat and is suitable for applications where temperature recovery is primarily required or where humidity transfer may pose a problem. The total heat recovery wheel has a moisture absorbent coating on its surface, which can recover both sensible and latent heat, significantly reducing the dehumidification/humidification load of fresh air handling.

Efficient heat recovery: The total heat recovery efficiency can typically reach 60%-85% or even higher, effectively recovering energy from the exhaust air.

Air purification: Install specialized filters such as coarse filters, activated carbon filters, and negative ion filters to filter and adsorb toxic gases and harmful microorganisms, thereby improving the quality of fresh air.

Multiple operation modes: Various operation modes can be activated according to different seasons and climates, adapting to diverse environmental needs. Prevention of cross-infection: The heat absorption and heat release ends of the total heat recovery unit are completely separated, ensuring 100% non-contact between indoor exhaust air and fresh air, thus eliminating air cross-infection.

Application scenarios

Commercial buildings, such as large shopping centers, department stores, hotels, etc., can meet the ventilation and energy-saving needs of large-area spaces.

Public buildings: Schools, stadiums, theaters, stations, and other places are densely populated and require a large amount of fresh air, while also reducing energy consumption.

Industrial buildings: factory workshops for electronics, pharmaceuticals, food, etc., which have specific requirements for temperature and humidity and require substantial ventilation, can be met by heat recovery fresh air handling units

Its demand.