|Group||micro-channel heat exchanger|
|Min. Order||1 piece|
|Terms of Payment||L/C|
|material||oxygen-free copper, titanium, aluminum|
|application||laser cooling, precision instruments, aerospace, etc.|
1)High Heat Transfer Co-efficiency
The Microchannel Heat Exchangers are applied in improving the heat transfer performance of fluid. Thousands of micro-scale channels are integrated with the precision three-dimensional hollow bonding technology and there is no contact heat resistance, resulting significant increase in the heat transfer coefficient, up to 5000-10000(W/m2.k).
2)Less refrigerant charge
The channel volume reduces greatly compared with that of the brazed plate heat exchanger having the same heat transfer capacity, by 93%. Thus the refrigrant charge is significantly decreased.
The compactness of IMHEs reach 800 to 2000 m2/m3, being about 3.5 times as that of brazed plate heat exchanger. The heat transfer caoacity per unit volume can attain 20.0W/cm3, while heat transfer capacity per unit mass reaches up to 5 kW/kg. Thus the IMHEs have the advantages of smaller volume and lighter weight in the same heat transfer capacity.