Energy Saving Serpentine Transverse Fin Microchannel Heat Exchanger Microchannel Condenser

Energy-Saving Serpentine Transverse Fin Microchannel Heat Exchanger And Microchannel Condenser


The working principle of microchannel heat exchangers is centered on "small-scale channels", achieving efficient, compact and low-consumption heat transfer by amplifying specific surface area, enhancing convective and phase change heat, and optimizing fluid flow characteristics. This is also the fundamental reason why they have replaced traditional heat exchangers in fields such as new energy, electronics, and aerospace.

Water tank
Based on the microchannel condenser, a variety of flat tubes specifically designed for water tanks have been developed, which are more suitable for water medium applications in radiator tanks and have reduced pressure drop.
Characteristics and advantages
1.The refrigerant tube features two-phase flow without stratification, resulting in a high heat transfer coefficient
2. All-aluminum welded, with the fins and flat tubes welded as one piece, no gap, no thermal resistance, and the heat exchange efficiency far exceeds that of traditional tube and plate heat exchangers
3. Compact structure, small internal volume, and low refrigerant charge, it is particularly suitable for flammable refrigerants such as R290 and R600a
4. It has a small thickness, low wind resistance and is not prone to dust accumulation
5. The surface is covered with aluminium oxide and has a zinc penetrating layer, which makes it highly resistant to corrosion. Under normal conditions, its service life exceeds ten years
6. Small in size, light in weight, easy to install and space-saving
7. All-aluminum structure, easy to recycle and environmentally friendly

Microchannel Condenser

Energy Saving Microchannel Heat Exchanger

Serpentine Fin Microchannel Heat Exchanger

Energy Saving Serpentine Transverse Fin Microchannel Heat Exchanger Microchannel Condenser Images