Aluminum Material Square, Cross Flow Air To Air Heat Exchanger

Aluminum Material Square, Cross Flow Air To Air Heat Exchanger

Core material: usually hydrophilic aluminum foil, epoxy resin aluminum foil and other materials, the thickness is generally between 0.1mm-0.3mm, with good thermal conductivity, corrosion resistance and other advantages. The frame material can be made of aluminized zinc plate, galvanized plate or stainless steel plate to meet the anti-corrosion requirements of different environments.

Plate structure: The metal plates are made through precision stamping, stretching, shearing and other processes, and some of them will also do concave-convex stamping molding treatment to increase the heat transfer area and strength. Between the plates through the serrated positioning groove and other designs to ensure that the distance between each plate is consistent, to enhance the flatness of the heat transfer plate.

Airflow channel: The airflow of fresh air and exhaust air shows cross-flow, which is separated by aluminum foil to form a multi-layer cross-flow air channel, and the two channels are separated from each other to effectively avoid cascading and leakage problems.

Application field

HVAC field: Widely used in central fresh air system, wall-mounted and cabinet-type fresh air units, air treatment units and heat recovery air conditioning units, etc., used for ventilation and energy recovery, providing a comfortable indoor environment for the building and saving energy consumption at the same time.

Industrial field: such as wind power generation, data machine room, lithium-ion coating machine, laminating machine, gluing production line, automobile baking room, pharmaceutical production line, food drying room, tobacco baking room, industrial chemical waste gas treatment and other industries, can be used for equipment cooling, heat recovery and utilization.

Other fields: can also be used in electrical cabinets, communication cabinets, data center rooms, energy storage photovoltaic, control cabinets, displays and other cooling, as well as some of the need for air heat exchange and energy recovery places.