Precise Sensing Of Temperature Pulse Flexible Phase Change In A Specific

Product Specification

Precise Sensing Of Temperature Pulse Flexible Phase Change In A Specific Temperature Domain - Materials To Strengthen The Temperature Control Defense Line Of Aviation Equipment: Military Aviation PCM

Product introduction:

• Military aviation phase change material is a special material specially applied in the field of military aviation, which can undergo phase change at the operating temperature, and the phase change temperature is basically unchanged, and a lot of heat will be absorbed or released in the form of latent heat during the phase change process.

Product advantages:
1. High energy storage density

• Phase change materials can absorb or release a lot of heat in the form of latent heat during the phase change process, and can store more energy in the same volume or mass compared with traditional sensible heat storage materials.
• This is important for space-constrained military aircraft to provide efficient energy storage and thermal management solutions for aviation equipment without significantly increasing weight and volume, helping to improve aircraft endurance and energy efficiency.

2. Good temperature stability

• The temperature of the phase change material can remain relatively stable near the phase change temperature.
• When the ambient temperature changes, the phase change material can maintain the temperature stability of itself and the surrounding environment by absorbing or releasing heat, creating a relatively stable operating temperature environment for military aviation equipment.
• This is essential for the proper operation of temperature-sensitive electronics, instrumentation, and critical components such as aircraft engines, reducing the impact of temperature fluctuations on equipment performance and reliability.

3. Strong designability

• The phase change materials can be designed to meet the specific needs of military aviation by selecting different material composition, ratio and phase change temperature.
• For example, materials with the appropriate phase transition temperature range and heat storage capacity can be selected according to different flight missions and environmental conditions to achieve the best thermal management results.

4. High reliability

• In the field of military aviation, the reliability of materials is extremely high, phase change materials usually have good chemical stability and physical stability, and can maintain its performance stability in complex aviation environments, such as high temperature, low temperature, high vibration, high overload and other conditions.
• After rigorous testing and verification, phase change materials can meet the needs of long-term and reliable operation of military aviation equipment.

Product application case:
1. Thermal management of aeroengines

• Cooling of turbine blades.
• Insulation of the combustion chamber.

2. Avionics cabin temperature control

• Heat dissipation of radar system.
• Temperature control of the flight control system.

3. Temperature guarantee of missile launching system

• Thermal protection of the launcher.
• Heat dissipation of the guidance system.

4. Uav thermal management applications

• Temperature regulation of motors and batteries.
• Insulation of fuselage structure.

5. Pilot personal thermal protection equipment

• Temperature control design of the flight suit.
• Thermal management of helmets.

6. Aircraft fuel system temperature regulation

• Prevent overheating of fuel.
• Improve the low temperature performance of fuel.

7. Aircraft landing gear thermal protection

• Heat dissipation of the landing gear brake system.
• Thermal protection of landing gear structures.

8. Aviation weapons storage and transport

• Temperature control of the missile storage tank.
• Thermal management of bomb pylons.

9. Aircraft cabin environment control

• Heat and sound insulation of the cockpit.
• Cabin air conditioning system assistance.

Matters needing attention:

• This product is not edible.