Product Details
Recyclable And Eco-Friendly Material: 50°C Thermal Management Phase
Change Material
Summary:
- Phase change materials (PCMs) are ideal thermal management
solutions. This is because they store and release thermal energy as
they melt and freeze (transition from one stage to another).
- When this material freezes, it releases a significant amount of
energy, either in the form of fusion latent heat or in the form of
crystallization energy. In contrast, when a substance melts, it
absorbs the same amount of energy from its surroundings as from the
solid to the liquid.
Product features:
1. Precise phase transition temperature
- The phase transition temperature of 50℃ is relatively stable and
accurate, and can meet the needs of thermal management in a
specific temperature range.
- By selecting the appropriate phase change material formula and
preparation process, the phase change temperature can be accurately
controlled at about 50℃ to ensure that the material is phase change
at the required temperature.
2. Good thermal cycle stability
- It can maintain the stability of the performance during the
repeated phase change process, and will not degrade or fail due to
multiple absorption and heat release.
- This allows the material to be used for a long time, reducing
maintenance costs and replacement frequency.
3. Stable chemical properties
- It usually has good chemical stability, is not easy to react with
other substances, and will not produce harmful gases or substances.
- This is very important for applications in electronic equipment,
building materials and other fields to ensure the safety and
reliability of use.
4. Non-toxic and harmless
- Most 50℃ thermal management phase change materials are non-toxic
and harmless to the human body and the environment, and meet the
requirements of environmental protection.
Working principle of material phase transformation:
- In this phase change process, although the material absorbs a lot
of heat, its temperature is basically maintained at about 50 ° C,
forming a temperature platform.
- When the ambient temperature begins to drop, below 50 ° C, the
liquid phase change material will release the heat absorbed before,
and change from liquid to solid, so as to maintain the temperature
of the surrounding environment is relatively stable.
- This process of absorbing and releasing heat can be repeated to
play a role in temperature management and regulation.
Product use:
- 50℃ thermal management phase change materials have a wide range of
applications in industrial waste heat recovery, electronic
equipment thermal management, building energy conservation, solar
heat storage and other fields, which can effectively improve energy
efficiency and reduce energy consumption.