Aviation High Temperature Challenge Busters - Excellent Performance To Protect The Stable Operation Of Aviation Equipment High-Quality Materials: 45 ° C Military Aviation Phase Change Materials

Aviation High Temperature Challenge Busters - Excellent Performance To Protect The Stable Operation Of Aviation Equipment High-Quality Materials: 45 ° C Military Aviation Phase Change Materials

Description:

• 45℃ phase change material for military aviation is a functional material specially developed for the special environment and needs of military aviation.
• It has the key property to undergo a phase transition at a specific temperature point of 45 °C.

Advantages of the product:
1. Balanced temperature control

• When the military aviation phase change material reaches the phase change temperature, it absorbs or releases heat through the change of its own physical state, and regulates the stable change of ambient temperature in a balanced way.

2. Efficient and energy saving

• Through the absorption and release of heat by itself, phase change materials for military aviation rapidly maintain changes in ambient temperature, efficiently distribute energy, improve energy utilization, reduce the dependence on cooling and heating systems, and greatly reduce energy consumption.

3. You're adaptable

• For complex military aviation environment, phase change materials for military aviation can maintain good stability and exert their own effects.

4. Small weight and volume

• Military aviation phase change materials are relatively light in volume and weight, have no additional burden on equipment, meet the temperature control needs, and improve fuel efficiency.

5. Safe and harmless

• The nature of phase change materials for military aviation is safe, environmentally friendly and non-toxic, and will not affect the environment and the human body.

Product application case:
1. Aero engine thermal management

• Temperature control of turbine components.
• Temperature regulation of lubricating oil.

2. Avionics bay

• Heat dissipation of high temperature electronic components.
• Increase ambient temperature adaptation.

3. Missile launch systems (in the context of military aviation)

• Temperature control of the launcher.
• Heat dissipation of the electronic guidance system.

4. Uav power system and equipment bay

• Motor and battery temperature regulation.
• Heat dissipation of onboard equipment.

Matters needing attention:
1. In case of eye contact

• Please rinse with plenty of water.

2. If in contact with skin

• Please remove contaminated clothing and shoes and rinse with soap and water for 15 minutes.

3. If ingested

• Gargle repeatedly and get to the hospital as soon as possible.