Enthalpy Heat Recovery Wheel

Enthalpy Heat Recovery Wheel

The main characteristics of the total heat recovery rotor are: On the basis of the original 0.06-0.07mm thick aluminum alloy substrate, adsorption coating is applied to the upper and lower layers. The main purpose is to continuously adsorb various molecules including water molecules in the released air flow, and recover potential temperature energy in the adsorption (adsorption) and desorption processes.
Description
Enthalpy Heat Recovery Wheel

The main characteristics of the total heat recovery rotor are: On the basis of the original 0.06-0.07mm thick aluminum alloy substrate, adsorption coating is applied to the upper and lower layers. The main purpose is to continuously adsorb various molecules including water molecules in the released air flow, and recover potential temperature energy in the adsorption (adsorption) and desorption processes.

Enthalpy Heat Recovery Wheel

The main characteristics of the total heat recovery rotor are: On the basis of the original 0.06-0.07mm thick aluminum alloy substrate, adsorption coating is applied to the upper and lower layers. The main purpose is to continuously adsorb various molecules including water molecules in the released air flow, and recover potential temperature energy in the adsorption (adsorption) and desorption processes.

Enthalpy Heat Recovery Wheel

The main characteristics of the total heat recovery rotor are: On the basis of the original 0.06-0.07mm thick aluminum alloy substrate, adsorption coating is applied to the upper and lower layers. The main purpose is to continuously adsorb various molecules including water molecules in the released air flow, and recover potential temperature energy in the adsorption (adsorption) and desorption processes.

Enthalpy Heat Recovery Wheel

The main characteristics of the total heat recovery rotor are: On the basis of the original 0.06-0.07mm thick aluminum alloy substrate, adsorption coating is applied to the upper and lower layers. The main purpose is to continuously adsorb various molecules including water molecules in the released air flow, and recover potential temperature energy in the adsorption (adsorption) and desorption processes.

Enthalpy Heat Recovery Wheel

The main characteristics of the total heat recovery rotor are: On the basis of the original 0.06-0.07mm thick aluminum alloy substrate, adsorption coating is applied to the upper and lower layers. The main purpose is to continuously adsorb various molecules including water molecules in the released air flow, and recover potential temperature energy in the adsorption (adsorption) and desorption processes.

Enthalpy Heat Recovery Wheel

The main characteristics of the total heat recovery rotor are: On the basis of the original 0.06-0.07mm thick aluminum alloy substrate, adsorption coating is applied to the upper and lower layers. The main purpose is to continuously adsorb various molecules including water molecules in the released air flow, and recover potential temperature energy in the adsorption (adsorption) and desorption processes.