120℃ Temperature Control Technology Leading Performance Of Phase Change Energy Storage Materials For Buildings

120℃ Temperature Control Technology Leading Performance Of Phase Change Energy Storage Materials For Buildings

Material introduction:

Building phase change energy storage materials are functional materials that undergo phase change at a specific temperature point. When it reaches the temperature of phase transition, it stores or releases a large amount of heat in the process, which is also its core material, which can ensure the stability and permanence of construction applications.

Advantages of phase change energy storage materials in the field of construction:
Phase change energy storage materials can greatly enhance the performance of building structures.
1. Reduce the problem of hydration heat of concrete

• In the process of building construction, the hydration reaction of cement will release a lot of heat, resulting in an increase in the internal temperature of concrete, which is easy to produce cracks and other quality problems.
• The 120℃ phase change energy storage material can absorb the heat generated by the hydration reaction of cement, reduce the temperature peak inside the concrete, reduce the generation of cracks, and improve the durability of concrete and the overall structural strength of the building.

2. Improve building fire performance

• Some phase change energy storage materials have certain flame retardant properties.
• For example, in the event of a fire, it can play a certain role in heat insulation and delay the spread of the fire, and win more time for personnel evacuation and fire rescue, and improve the safety of the building.