Product Details
Efficient Thermal Control 75℃ Phase Change Material: Stable Heat
Storage Master, Cycle Durability Model, Enabling Solar Energy And
Building Energy Saving
Product Introduction:
- 75℃ Phase change material is a functional material that will
undergo phase transition when the temperature reaches about 75℃,
and absorb or release a large amount of latent heat during the
transition process.
- It is usually composed of specific organic or inorganic compounds
and has good thermal and chemical stability.
- This material is capable of achieving significant energy storage
and release within a relatively small range of temperature
variations, and can be widely used in fields requiring precise
temperature control and efficient energy management, such as
thermal management of electronic devices, solar energy storage, and
energy conservation in buildings.
Product highlights:
1. Moderate phase change temperature
- The phase transition temperature of 75°C allows it to play an
important role in many industrial and daily life scenarios.
- It can meet some thermal management needs that require higher
temperatures, without causing safety hazards or having a large
impact on material properties due to high temperatures, and can be
well adapted to the operating temperature range of a variety of
equipment and systems.
2. High energy storage density
- It can absorb or release a large amount of latent heat during the
phase transition process, and has a high energy storage density,
which means that more heat can be stored in a smaller volume or
mass, thereby improving the energy utilization efficiency, reducing
the use of materials and the volume and weight of the system,
helping to achieve the miniaturization and lightweight of the
equipment.
3. Good thermal stability
- After going through many phase change cycles of about 75°C, the
performance of the material can still remain stable, and it is not
easy to decompose, deteriorate or performance decay, and can work
stably for a long time, reducing maintenance costs and replacement
frequency, and ensuring the reliability and sustainability of the
system.
4. Flexible form and compatibility
- It can be made into a variety of forms according to different
application requirements, such as block, granular, powder or
encapsulated in microcapsules, which is convenient for integration
and use with other materials or systems, and can well adapt to a
variety of complex application environments and equipment
structures.
Product application field:
1. Thermal management of electronic equipment
- In the cooling module of computer CPU, graphics card and other
high-performance chips, 75℃ phase change material can be used as an
efficient cooling medium, when the chip temperature rises to about
75℃, the phase change material absorbs heat and phase change
occurs, the heat is temporarily stored, and the heat is released
after the chip temperature is reduced, so as to effectively reduce
the working temperature of the chip. Improve equipment stability
and service life.
2. Solar energy storage system
- For solar water heaters, solar photovoltaic power generation
systems, etc., when the sun is full, the solar collector will heat
water or other media to about 75°C, so that the phase change
material phase change and store a lot of heat, at night or rainy
days and other insufficient light, phase change materials release
heat, to provide users with continuous hot water or maintain the
temperature stability of the photovoltaic power generation system,
Improve the efficiency of solar energy utilization.
3. Building energy efficiency
- 75℃ phase change materials can be combined with building materials
to make phase change energy storage wall panels, floors or
ceilings, etc. When the indoor temperature rises to about 75℃
during the day, the phase change materials absorb and store heat,
reducing the indoor temperature peak.
- When the temperature drops at night, the phase change material
releases heat, plays a role in regulating the indoor temperature,
reduces the use of air conditioning and other refrigeration
equipment, and realizes building energy saving.
4. Industrial heating and insulation
- In some industrial production processes, such as food processing
and chemical reactions, the temperature needs to be precisely
controlled at about 75°C, and phase change materials can be used as
heating or insulation media to ensure the stability of the
production process and product quality.
- In the insulation of industrial pipelines, the use of 75℃ phase
change materials can reduce heat loss, improve energy utilization
efficiency, and reduce production costs.
5. Aerospace
- In aerospace equipment, such as satellites, spacecraft, etc., 75°C
phase change materials can be used in thermal control systems to
protect sensitive electronic equipment and instruments from extreme
temperature changes and ensure the normal operation of equipment in
space.
- At the same time, it can also be used in the astronaut's space suit
to adjust the temperature and provide a comfortable working
environment.
Packaging and storage:
1. Packing method
2. Storage method
- Dry, cool and ventilated place without sharp objects.