The company recently completed the production of MOF dehumidification wheels and successfully delivered them to the customer.

MOF molecular materials are organic framework materials featuring an exquisite "molecular architecture." They consist of metal ions serving as "corner points," interconnected by long-chain organic carbon-based molecules acting as "beams and columns," forming a regular and orderly three-dimensional crystal structure. The interior of the framework is filled with spacious cavities, and this structure can be used for dehumidification, carbon dioxide capture, adsorption of toxic gases, or catalysis of chemical reactions, among other applications.

Since its establishment, the company has been deeply engaged in the research and development of MOF (metal-organic framework) material technology, has obtained two MOF-related invention patents, and is the first to achieve batch mass production of the materials, with rapid delivery capability. The products delivered this time can be used for supporting newly built dehumidification units and also support the retrofit and replacement of dehumidification wheels in existing dehumidification units.

Compared with traditional dehumidification wheels, MOF dehumidification wheels offer outstanding performance:

First: Lower energy consumption. Traditional high-temperature regeneration dehumidifiers maintain a regeneration temperature in the range of 120°C–140°C, while the regeneration desorption temperature of MOF materials requires only about 60°C–80°C.

Second: Broader application scope. Semiconductor manufacturing: humidity assurance for nanoscale processes. Lithium battery production: full-process humidity closed-loop control, which can stably maintain a low dew point while reducing energy consumption. Biopharmaceutical and food industries: meeting GMP humidity standards for aseptic filling, capsule drying, and other processes that require a stable constant-temperature and constant-humidity environment. Dehumidification units equipped with MOF material wheels balance low energy consumption and environmental stability. Plastics processing: precise humidity regulation to ensure material performance; injection molding processes require the air dew point to reach a certain temperature. MOF dehumidification wheels can easily meet operating condition requirements and can also reduce equipment footprint.

Relying on customizable porous structures, MOF dehumidification wheels can stably achieve ultra-low dew point operating conditions with lower regeneration energy consumption, and have broad promotion space in high-end production lines across multiple industries, providing a better solution for industrial humidity control.