Structural characteristics
·A total heat exchanger is made by stacking, bonding, and processing corrugated air channels and total heat exchange paper that are perpendicular to each other· The fresh air and exhaust air channels adopt a 90 ° vertical cross flow structure, with simple and smooth air flow channels.
·The air passage has two materials to choose from. The A series adopts PVC, which is anti-aging, resistant to dust and breeding bacteria and microorganisms. The plate spacing is 2.0~5.5mm.
·The B series uses high-strength anti-corrosion and flame-retardant corrugated paper, which has a large contact area with heat transfer paper, greatly improving heat exchange efficiency. The plate spacing is available at 2.0mm, 3.0mm, 4.0mm, and 5.0mm.
·Full heat exchange paper is made of imported non porous thin film paper (ER paper) that has undergone special processing, and has good air tightness, high heat transfer efficiency, tear resistance, aging resistance, as well as anti mold and antibacterial properties.
·Adopting an automated production line to ensure the consistency of heat exchange plate shape and surface flatness· The structural dimensions are not limited, and our company can process heat exchange cores of any square or rectangular cross-section and length according to customer needs.
·It can be cleaned with a vacuum cleaner and compressed air, making it easy to use and maintain.
application
·Air conditioning and ventilation system · Room ventilation system · Industrial ventilation system · Winter heat recovery · Summer cold recovery
