Product Details
45°C Long-Term Stable Phase-Change Inorganic Materials Featuring
Excellent Thermal Management
Basic composition of thermal management phase change materials:
- Such materials are usually composed of a variety of components,
including organic compounds, inorganic compounds, or mixtures of
them.
- For example, some common organic phase change materials such as
paraffin, fatty acids, etc., and inorganic phase change materials
such as salt hydrates, metal alloys, etc., may be used to prepare
45℃ thermal management phase change materials.
- By adjusting the proportions and types of different components, the
phase transition temperature and other properties of the material
can be precisely regulated.
Product features:
1. Phase change characteristics
- 45 ° C Thermal management The key property of phase change
materials is that the phase transition occurs near this specific
temperature of 45 ° C.
- When the temperature reaches the phase transition temperature, the
molecular or crystal structure of the material changes, causing its
physical state to change from solid to liquid (or from liquid to
solid), accompanied by a large amount of heat absorption or release
in the process.
2. Thixotropy
- It is usually solid at room temperature, but it will have
thixotropy above the phase change temperature, that is, the
material will become easy to flow when subjected to external force,
and can fill the small gap between the heating body and the
radiator, squeeze the air, reduce the thermal resistance of the
contact surface, and thus form a good thermal conductivity
interface.
3. Natural stickiness
- Natural adhesion at room temperature, no additional use of adhesive
adhesive, easy to paste and fix in a variety of application
scenarios.
Application of phase change materials:
- In the heat dissipation of electronic devices, it can be used for
thermal management of chips, circuit boards and other components to
prevent overheating damage
- In the thermal management of electric vehicle batteries, it helps
to maintain the temperature stability of the battery pack and
improve battery performance and safety
- In terms of building energy conservation, it can be applied to
intelligent temperature control wall, roof insulation, etc., to
reduce energy consumption
- In the medical field, it can be used for temperature control of
medical equipment and storage and transportation of drugs.