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Aviation

In the aviation environmental control system to ensure the safety and comfort of passengers, control the temperature of airborne electronic equipment, to ensure the normal operation of equipment, Shen's technology PCHE plays a huge role. Under the same working conditions and heat exchange conditions, compared with the aluminum plate fin heat exchanger, the weight is reduced by 50%, the volume is reduced by 70%, effectively reducing the flight load and improving the aircraft range.

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Thermal Management Solutions

Shen's Technology, with professional technical strength and rich industry experience, provides the most cost-effective thermal management solutions for the aviation field. Our series of products, such as double/triple flow micro-channel heat exchangers, titanium alloy condensers, titanium alloy evaporators, hydraulic oil heat exchangers and fuel oil heat exchangers, are designed to meet the strict cooling and heat exchange needs of aircraft, so as to ensure the safety of occupants and the normal operation of equipment.

Evaporator/Condenser
Provides excellent corrosion resistance and high thermal conductivity, effectively regulating the temperature of cabins and electronic devices.
Fuel and Lube Oil Heat Exchanger
Ensures the stability of fuel and lube oil temperatures, preventing overheating or overcooling that could affect engine performance and lifespan.
Electronics Cooling
Handles heat exchange between the coolant in the liquid cooling subsystem and the coolant in various regions of the liquid cooling system.
Evaporator/Condenser
Offers excellent corrosion resistance and high thermal conductivity, effectively regulating the temperature of cabins and electronic devices.
Fuel and Lube Oil Heat Exchanger
Ensures the stability of fuel and lube oil temperatures, preventing overheating or overcooling that could affect engine performance and lifespan.

Application

Environmental Control System

Regulates cabin temperature, humidity, and air quality, facilitating heat exchange between engine bleed air and conditioned air supplied to the cabin, ensuring passenger comfort and safety.

Engine Cooling System

Dissipates heat from engine components such as oil coolers, intercoolers, and fuel coolers.

Avionics

Helps maintain optimal operating temperatures for avionics systems, radar systems, and power electronics, extending the lifespan of sensitive electronic equipment.

Aircraft Fuel System

Keeps fuel temperature within specified ranges, preventing issues like fuel vaporization or freezing at high altitudes or low temperatures.

Working Principle

Using the heat exchange between the fuel oil and other fluids, the internal temperature of the spacecraft is controlled by transferring heat. When the spacecraft is in a high temperature environment, the fuel oil absorbs heat into the heat exchanger, carries out heat exchange with the cooling medium, and then circulates back to the part that needs to be cooled, so as to achieve the adjustment and control of the spacecraft temperature.