The Reliable Choice Of 120℃ Building Energy Storage PCM That Comply With The Concept Of Green Environmental Protection

The Reliable Choice Of 120℃ Building Energy Storage PCM That Comply With The Concept Of Green Environmental Protection

Material introduction:

• Phase change materials store or release large amounts of heat at almost constant temperatures during phase change. 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.

How do phase change materials work?

• Its working principle is that when the ambient temperature rises to close to or more than 120 ° C, the phase change core material in the 120 ° C building phase change energy storage material begins to change from solid to liquid (or from one crystalline state to another crystalline state, etc.), this process needs to absorb a lot of heat, which effectively reduces the temperature of the surrounding environment.
• On the contrary, when the ambient temperature drops, the phase-change core material in the material will change from liquid to solid state (or from the new crystalline state to the original crystalline state), while releasing the previously stored heat, which plays a role in heat preservation and temperature regulation.
• This phase change process can be repeated to automatically absorb or release energy according to changes in ambient temperature, achieving intelligent control of the temperature inside the building.

Features/Advantages:

• High latent heat of phase transition
• Stable performance, cycle times > 10000 times
• Wide phase transition temperature and low cost
• non-corrosive