Precise Heat Flow Control - Excellent Latent Heat Storage Efficiency To Ensure The Stability Of The Equipment Thermal Control Super Pioneer: 90℃ Military Aviation Phase Change Materials

Precise Heat Flow Control - Excellent Latent Heat Storage Efficiency To Ensure The Stability Of The Equipment Thermal Control Super Pioneer: 90℃ Military Aviation Phase Change Materials

Product Description:

• 90℃ Phase change material for military aviation is a high-performance functional material developed specifically for the harsh environment and special needs of the military aviation field.
• It has the unique property of undergoing a phase transition at the precise temperature point of 90°C.
• It plays an extremely important role in key technical links such as temperature regulation, heat storage and release of military aviation equipment, and provides solid technical support for ensuring the safe, stable and efficient operation of military aviation equipment.

Advantages of the product:
1. Efficient temperature regulation

• At temperatures close to 90°C, phase change materials can absorb or release a large amount of latent heat through phase transition.
• This means that when the local temperature of aviation equipment rises to about 90°C, the material can quickly absorb heat, effectively reduce the temperature of the area, and prevent damage or performance degradation of the equipment due to overheating.
• For example, in some high-temperature parts of aircraft engines, the material can play a good role in temperature control. On the contrary, when the temperature is lower than 90°C, the material can release the stored heat, maintain the equipment to work within the appropriate temperature range, and reduce the impact of temperature fluctuations on the performance of the equipment.

2. Good thermal stability

• In the harsh environment of military aviation, it will face complex situations such as high temperature, high pressure and high vibration.
• 90℃ military aviation phase change material after special design and treatment, has excellent thermal stability, can maintain the stability of its phase change performance in a long-term high temperature environment, will not be due to long-term use or extreme temperature conditions and performance decline or material deterioration, to ensure its reliability and durability in the aviation field.

3. Controllability of energy storage and release

• The material can precisely control the process of energy storage and release according to the working requirements of aviation equipment.
• By optimizing the composition, structure and packaging of the material, the parameters of phase change temperature, phase change latent heat and heat transfer rate can be precisely regulated, so as to meet the temperature control requirements of different aviation equipment in different working scenarios.

4. Light weight and small size

• For the aviation sector, the weight and volume of equipment are very important considerations.
• 90℃ military aviation phase change material has a high energy density, in the storage and release of a lot of heat at the same time, its own weight is relatively light, small size, will not add too much burden to aircraft and other aviation equipment, is conducive to improving the fuel efficiency and load capacity of the aircraft.

Common application scenarios of the product:
1. Protection of aircraft engine high-temperature components

• Turbine blades.
• Combustion chamber wall.

2. Avionics heat dissipation

• High power radar system
• Electronic warfare equipment

3. Temperature control of aircraft hydraulic system

• Hydraulic oil cooling

4. Uav high temperature environment application

• Motor and battery heat dissipation
• Fuselage structural insulation