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. 3A molecular sieve is a crystal with a stable three-dimensional network physical structure. Its structural pore size can only accommodate water molecules with a diameter of Less than or equal to 3A, while excluding various gas molecules with a diameter greater than 3A (such as carbon dioxide, propane, isopropanol, xylene, odorous bacteria, viruses, ammonia, etc. pollution). It greatly increases the conversion efficiency of humidity and prevents the probability of cross-contamination.
The molecular sieve heat recovery rotor, due to the implementation of a special process with a molecular sieve coating on the surface of the aluminum foil, not only ensures the efficient conversion of temperature efficiency but also transfers its potential efficiency by adsorbing water molecules through the molecular sieve. This is particularly important for outdoor customers in high-temperature and high-humidity environments, as it can maximize the conversion of energy and humidity throughout the entire temperature range. The outdoor air can be pre-cooled and dehumidified to fully reduce the energy consumption of refrigeration equipment.
