Electronic cooling heat exchanger
Categories | Microchannel heat exchanger |
---|---|
Brand | SS coaxial coils |
Materials | titanium alloy, stainless steel, high-temperature |
Applicable media | Antifreeze, refrigerants, helium, hydrogen, etc. |
FOB port | Shanghai/Ningbo/Guangzhou |
Terms of Payment | L/C, T/T |
Update Time | Nov 22,2024 |
Detail Information
Product Introduction
A critical component in aircraft hydraulic systems, used to achieve heat exchange as high-pressure fluids flow through pipelines. Hydraulic oil enters the heat exchanger through the inlet pipeline and is split into two or three streams for heat exchange with other media, reducing the temperature of the hydraulic oil and ensuring stable system operation. The heat exchanger features a compact size, lightweight design, and high heat exchange efficiency, effectively enhancing the performance and reliability of the aircraft hydraulic system, ensuring flight safety.
Features
1.High Efficiency: Utilizes microchannel structures for efficient heat exchange, reducing energy consumption and improving energy utilization efficiency.
2.Lightweight: Made from high-strength, lightweight materials, reducing the weight of the heat exchanger and lowering the aircraft's load.
3.High Compactness: Features a compact structure that minimizes volume, facilitating better layout and optimization within the aircraft.
4.High Reliability: Exhibits excellent corrosion resistance, as well as high-temperature and low-temperature performance, enabling stable operation in various harsh environments.
Working principle
Utilizing microchannel structures, this system facilitates heat exchange between two or more fluid streams. During the heat exchange process, one fluid stream absorbs heat and increases in temperature as it flows through the channels, while the other stream(s) release heat and cool down through the same channels.
Related industries
Aerospace Engine
During operation, aerospace engines generate significant heat. Shen's Technology electronic cooling heat exchanger provides efficient heat exchange to ensure the engine's normal operation. Its compact size and lightweight design reduce the engine's burden, enhancing flight performance.
Environmental Control System
Aircraft air conditioning systems require efficient and stable cooling to maintain a comfortable cabin environment. The electronic cooling heat exchanger provides consistent temperature regulation, ensuring a comfortable experience for passengers.
Aviation Electronics
Avionics require precise temperature control to maintain stable operation. The electronic cooling heat exchanger provides efficient heat dissipation for aviation electronics, ensuring the reliability and stability of the equipment.
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