Product Details
42°C Phase Change Material: Unveiling A New Horizon Of
High-Efficiency And Energy-Saving With Unwavering Warmth
Protection, Heralding A Novel Era Of Innovation
Product Introduction:
- 42℃ Phase change materials are functional materials that undergo
phase transition near a specific temperature (42℃) and can absorb
or release a large amount of latent heat.
- It is usually made of organic compounds, inorganic compounds, or a
combination of both, and works on the principle of heat exchange
during phase transitions.
- When the ambient temperature rises to 42°C, the material changes
from one phase state (such as solid state) to another phase state
(such as liquid state), absorbing heat.
- When the temperature is reduced, the material will reverse phase
change and release the stored heat, so as to achieve accurate
temperature regulation and energy storage and release, which is
widely used in many fields.
Product Nature/Features:
1. Precise and balanced phase transition temperature
- The ability to precisely phase change at around 42°C ensures
effective heat management at critical temperature points, providing
reliable temperature stability for temperature-sensitive
applications.
2. High latent heat capacity
- During the phase transition process, a large amount of latent heat
can be absorbed or released, so that more heat can be stored and
regulated under a smaller material volume or mass, which
significantly improves the energy utilization efficiency and
temperature regulation effect.
3. Good chemical stability
- Most 42℃ phase change materials have good chemical stability and
are not easy to chemically react with substances in the surrounding
environment, ensuring the reliability and safety of performance in
the long-term use process.
4. Circulability
- After many phase change cycles, the performance of the material can
still remain relatively stable, and the heat can be absorbed and
released repeatedly, which has a long service life and high
economic value.
Product application case:
1. Health care
- In hot compress physiotherapy products, such as hot compress
patches and hyperthermia instruments, 42℃ phase change materials
can accurately maintain the body's appropriate hot compress
temperature, promote blood circulation, relieve muscle pain and
joint discomfort, and provide patients with a comfortable and
effective thermal therapy experience.
- In addition, for some biological samples or drugs that need to be
stored at around 42°C, the phase change material can also provide a
stable temperature environment to ensure its activity and quality.
2. Smart wearable devices
- It is used in the temperature regulation system of wearable devices
such as smart wristbands and smart watches.
- When the device is close to the human skin and the temperature
rises to about 42°C, the phase change material absorbs heat to
prevent the device from overheating and causing discomfort to the
human body.
- At the same time, it also protects the electronic components inside
the device, prolongs the service life of the device, and improves
the user's wearing comfort.
3. Building energy efficiency application
- In the indoor temperature control system of the building, the 42℃
phase change material is applied to the wall paint, ceiling
material or floor material.
- When the indoor temperature reaches 42°C, the material absorbs heat
and reduces the heat sensation in the room.
- When the temperature drops, the material releases heat, maintains
the stability of the indoor temperature, reduces the frequency of
use of refrigeration equipment such as air conditioning, realizes
building energy saving, and creates a more comfortable indoor
environment for occupants.
4. Industrial production process
- In some industrial production links with strict temperature control
requirements, such as electronic chip manufacturing, precision
instrument processing, etc., 42℃ phase change materials can be used
as a key component of local temperature control.
- By absorbing or releasing heat, the production environment is
maintained at a stable temperature of about 42 ° C, to ensure
product quality and the stability of the production process, and to
improve production efficiency and product pass rate.
Packaging and storage:
1. Packing method
2. Storage method
- Dry, cool and ventilated place without sharp objects.