Product Details
High Thermal Conductivity 26℃ Thermal Management Phase Change
Materials - Heat Flow Express
Product features:
1. Phase change characteristics
- Near the specific temperature point of 26 ° C, the physical state
of the material will change significantly, from solid to liquid or
from liquid to solid.
- This phase change characteristic is the key of thermal management.
2. Energy storage characteristics
- The phase transition process is accompanied by energy storage and
release, which has a high energy storage density.
- This means that a unit volume or mass of material is able to store
a large amount of heat, giving it a great advantage in terms of
thermal management and energy storage.
3. Controllability
- The phase change temperature can be precisely regulated by
adjusting the composition, formulation or preparation process of
the material to meet the needs of different application scenarios.
- For example, in some cases with high temperature control
requirements, the phase transition temperature can be adjusted to
about 26 ° C according to actual needs.
Product advantage:
- High heat conduction efficiency: It can release or store cold in
time and keep the temperature in the transport box constant for a
long time.
- Recycling, high efficiency and environmental protection: small
change in thermal characteristics, reusable, safe, non-toxic,
non-flammable and explosive.
- Reduces energy consumption and is environmentally friendly.
- Temperature control is balanced and stable.
Material working principle:
--When the ambient temperature changes, the 26℃ thermal management
phase change material will undergo a phase change according to the
temperature, so as to achieve heat absorption or release, the
specific process is as follows:
1. Endothermic process
- When the ambient temperature is higher than 26 ° C, the phase
change material gradually transforms from solid to liquid.
- In this process, the material absorbs a lot of heat, stores the
heat of the surrounding environment, and slows down the temperature
rise of the surrounding environment, so as to maintain a relatively
stable temperature range, and the system temperature can be
maintained at 26 ° C to 28 ° C.
- For example, in the summer high temperature environment, the
application of this material in the building wall or electronic
device heat dissipation device, can absorb the outside heat, reduce
the indoor temperature or equipment temperature.
2. Heat release process
- When the ambient temperature is below 26 ° C, the phase change
material is gradually transformed from liquid to solid.
- At the same time, the heat stored before is released to provide
heat for the surrounding environment, so that the temperature of
the surrounding environment is slowed down, and the system
temperature can be maintained at 25 ° C to 26 ° C.
- For example, in the cold environment of winter, the use of this
material made of thermal insulation clothing or constant
temperature transport packaging can keep the temperature of the
human body or transport goods stable.