The 3A molecular sieve heat recovery rotor, with its core component's material surface coated with highly efficient 3A molecular sieve, utilizes the molecular sieve's functions such as molecular screening, adsorption, ion exchange, and catalysis to achieve the screening and adsorption of water molecules in the air.

The 3A molecular sieve heat recovery rotor, with its core component's material surface coated with highly efficient 3A molecular sieve, utilizes the molecular sieve's functions such as molecular screening, adsorption, ion exchange, and catalysis to achieve the screening and adsorption of water molecules in the air.

The 3A molecular sieve heat recovery rotor, with its core component's material surface coated with highly efficient 3A molecular sieve, utilizes the molecular sieve's functions such as molecular screening, adsorption, ion exchange, and catalysis to achieve the screening and adsorption of water molecules in the air.

The 3A molecular sieve heat recovery rotor, with its core component's material surface coated with highly efficient 3A molecular sieve, utilizes the molecular sieve's functions such as molecular screening, adsorption, ion exchange, and catalysis to achieve the screening and adsorption of water molecules in the air.