45℃ Thermal Management PCM -- Analysis Of Professional Materials For Comfort Assurance In Building Energy Conservation

Advantages of thermally managed phase change materials:
1. Thermal management efficiency

• When the phase transition occurs at about 45 ° C, the material is able to absorb or release a large amount of heat.
• This means that when the temperature reaches 45 ° C, it can effectively absorb heat and avoid excessive local temperatures.
• When the temperature is lower than 45 ° C, it can release heat and play a role in maintaining temperature stability, thus achieving efficient thermal management.
• Compared with traditional thermal conductivity materials, it has a more significant thermal management effect in a specific temperature range and can better cope with temperature fluctuations.

2. Reusability

• The phase change process is reversible, and the material can be switched back and forth between solid and liquid.
• Therefore, it can be used multiple times, reducing the use cost and resource waste.

3. Good processability

• It can be processed by dispensing, screen printing, manual coating, etc., which can meet the needs of different products and application scenarios, and can be fully automated to greatly improve production efficiency.

4. High reliability

• There is no traditional thermal grease silicone oil volatilization dry aging phenomenon, there is no general silicone grease overflow problem.
• Compared with thermal grease, there is no "inflation" effect, and long-term use has a high degree of reliability.

5. Strong environmental protection

• It meets the requirements of environmental protection, is friendly to the environment, and will not cause pollution to the environment during production and use.

Thermal Management Phase change materials - Applications in construction:
1. Efficient temperature control wall

• Adding 45℃ thermal management phase change materials to building wall materials can make intelligent temperature control walls.
• In summer, when the indoor temperature rises to 45 ° C, the phase change material absorbs heat and reduces the indoor temperature.
• In winter, when the indoor temperature is below 45 ° C, the phase change material releases heat and increases the indoor temperature, thereby reducing the use of air conditioning and heating and reducing the energy consumption of the building.

2. Roof insulation

• In the roof structure, the solar radiation during the day increases the temperature of the roof, and when it reaches 45 ° C, the phase change materials undergo phase change to absorb heat and reduce the heat transfer to the room.
• At night, the temperature decreases, the phase change material releases heat, keeps the roof temperature relatively stable, and plays the role of insulation and heat preservation.

Note:
This product is not edible.