Product Details
Low Temperature Recycling Green Development Model: -4℃ Low Carbon
Environmental Protection Thermal Management PCM
Summary:
- During the day or during higher temperature periods, when the
ambient temperature is higher than -4 ° C, the phase change
material absorbs heat and stores it.
- At night or during low temperature periods, when the ambient
temperature is below -4 ° C, the phase change material releases the
stored heat, thus achieving the regulation and control of
temperature.
- Through this repeated phase change process, -4℃ thermal management
phase change materials can effectively manage and control the
temperature of the surrounding environment.
Product Advantage:
1. Precise temperature control
- When the ambient temperature is close to or reaches -4 ° C, the
material can undergo phase change, and effectively maintain the
system temperature at about -4 ° C by absorbing or releasing a
large amount of latent heat, achieving accurate temperature
control.
- This is very important for some application scenarios that require
high temperature stability, such as refrigerated transportation,
low-temperature electronic equipment, etc.
2. Efficient energy storage and release
- During the phase transition process, the material can absorb or
release a large amount of heat and has a high energy storage
density.
- This means that at the same volume or mass, -4℃ thermal managed
phase change materials can store more energy and release it quickly
when needed, thereby improving energy efficiency.
3. Reduce energy consumption
- Thermal management systems using phase change materials can
maintain a stable operating state with small temperature
fluctuations, reducing the need for frequent start-up of heating or
cooling equipment due to temperature fluctuations, thus reducing
energy consumption.
- For example, in the field of building energy efficiency, the use of
-4 ° C thermal management phase change materials can reduce energy
consumption for heating in winter and cooling in summer.
4. Extend the service life of the equipment
- A stable temperature environment can reduce the thermal and
mechanical stress caused by temperature changes, thereby reducing
the risk of wear and damage to the equipment and extending the
service life of the equipment.
- For example, in electronic devices, proper thermal management can
prevent the chip from being damaged by overheating or undercooling,
improving the reliability of the device.
Product Use:
- The products play an important role in the field of refrigerated
transportation, building energy conservation, thermal management of
electronic equipment, medical field, solar energy utilization field
and other common fields.
Matters needing attention:
- This product is not edible.