High Temperature Adaptive 120℃ Precision Temperature Control Building Phase Change Energy Storage Quality Materials

High Temperature Adaptive 120℃ Precision Temperature Control Building Phase Change Energy Storage Quality Materials

Product Introduction:

• Phase change materials store or release large amounts of heat at almost constant temperatures during phase transitions between solids and liquids. Due to their high purity and special composition, phase change materials have significant latent heat storage capacity over a narrow temperature range. Depending on the melting point, different temperatures can be applied to different application scenarios.
• The latent heat value of solid liquid phase variable material is generally 200-220 J/g. Organic phase change materials have a wide range of melting temperatures. If you cannot find the temperature you need for your application, please contact us.

Product quality features:
Phase change energy storage materials for ordinary building materials can greatly improve the indoor comfort.

1. Good temperature stability

• The temperature of the material remains basically unchanged during the phase change process, which makes the indoor temperature can be maintained in a relatively stable range, and there will be no sudden temperature changes, providing people with a more comfortable living and working environment.
• Compared with traditional building materials, it can effectively reduce the discomfort caused by temperature fluctuations, such as the stuffy feeling in summer and the cold feeling in winter.

2. Reduce temperature inequality

• It absorbs and releases heat evenly.
• It helps to solve the problem of uneven temperature caused by factors such as orientation and floor inside the building, so that the temperature in different areas is more balanced and the overall comfort is improved.

28C Solid Liquid Phase Change Materials

MSDS Phase Change Materials

High Temperature Adaptive 120℃ Precision Temperature Control Building Phase Change Energy Storage Quality Materials Images