The Guardian Of Aeronautical Thermal Control - The Core Material Of Intelligent Thermal Storage For Stable And Efficient Response To Extreme Environmental Challenges: 25 °C Military Aviation PCM

Introduction to Phase change materials for military aviation:

• 25℃ phase change material for military aviation is a kind of functional material specially designed and developed for the special needs of military aviation field.
• It exhibits unique phase transition characteristics at a specific temperature point of 25℃, and has suitable physical morphology and chemical composition.

Advantages of the product:
1. High density of material energy storage

• In the process of phase transition, phase change materials for military aviation will absorb or release a lot of heat.
• Compared with other materials, it can store more heat in a relatively small volume, so as to control and manage the temperature.
• Such materials can effectively improve the load capacity of the equipment.

2. Improved energy utilization

• The heat management of military aviation phase change materials can effectively control the ambient temperature, reduce the unnecessary energy consumption, and greatly improve the energy utilization efficiency.

3. Precise temperature control

• When the military aviation phase change material reaches the phase change temperature, it will rapidly absorb or release heat in this temperature point interval, so as to maintain the relative stability of the ambient temperature.

4. High stability

• The chemical properties of phase change materials for military aviation are relatively stable.
• At the same time, after rigorous screening and testing, it can work stably in complex aviation environments.

5. It can be recycled

• The phase change process of phase change materials is a physical change, so it is reversible and can be recycled many times.

Common application scenarios of the product:
1. Avionics bay

• Temperature control management.
• Improve and maintain equipment reliability.

2. Aircraft fuel system

• Temperature regulation.
• Ensure flight safety.

3. Environmental regulation of aviation cabin

• Comfort assurance and enhancement.
• Emergency temperature guarantee.

4. Anti-icing and de-icing of helicopter blades

• Anti-icing preparation and implementation.
• Improved flight safety.

5. Uav thermal management

• Protection of equipment.
• The extension of battery life.