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Engine Solutions

Hangzhou micro-control heat exchanger is suitable for power fields such as aero engines, marine gas turbines, diesel engines, etc. Therefore, high heat exchange efficiency makes it easy to reduce the engine operating temperature and ensure the normal operation of the device. Whenever, working environment, the products cover engine equipment in the three major fields of sea, land and air. In sum, in the field of marine engines, titanium alloy materials can be used to prevent seawater corrosion. In the field of aero engines, its light weight can reduce aircraft load.

Titanium alloy intercooler for ships and marine engines

Titanium alloy intercooler for ships and yacht engines: Specifically, It is an important component of supercharged engines (mechanical supercharger/turbocharger). Once installed between the supercharger and the intake manifold, which can effectively reduce the entry into the high-pressure compressor. Generally, high-temperature air temperature can reduce the compression power consumption of the high-pressure compressor and increase the intake air volume. Thereby increasing the output power of the gas turbine.

Also, intercooler is an important component of the supercharging system. Whether it is a supercharged engine or a turbocharged engine, an intercooler needs to be installed between the supercharger. Although the intake manifold, which can effectively reduce the temperature of the airflow entering the high-pressure compressor. Contrarily, reduce the compression power consumption of the high-pressure compressor. Thereby increasing the output power of the gas turbine. The intercooler developed by Hangzhou Microcontrol adopts the titanium alloy diffusion welded plate-fin heat exchanger to replace the imported aluminum alloy brazed plate-fin heat exchanger. Especially realizes the localization of the intercooler, and has the advantages of high efficiency, low resistance and high Technical advantages such as compactness.

Titanium alloy intercooler

Fuel oil heat exchanger for aircraft engine

With the development of aero-engines, the thermal load of the engine will become heavier and heavier. Equally, some methods need to be adopted to absorb the waste heat of the engine to ensure the reliability of flight and the corresponding stealth performance. The supercritical fuel-air heat exchanger is a new generation of aero-engine, which uses fuel to cool the waste heat of the engine. Following improves the combustion efficiency after the fuel is heated up.

TA1 Fuel Oil Heat Exchanger-PCHE

Titanium alloy micro-channel fuel oil heat exchanger

Fuel oil heat exchanger