37 ℃ Building Phase Change Energy Storage PCM: Igniting The Light Of Hope For Building Innovation And Comfortable Future

37 ℃ Building Phase Change Energy Storage PCM: Igniting The Light Of Hope For Building Innovation And Comfortable Future

Product advantages:
The volume change during the phase transition process of phase change materials is small.

• During the solid-liquid phase transition process, the volume change of the material is relatively small. This ensures that when materials are applied to buildings, they will not cause damage to the building structure or affect the aesthetics of the building due to changes in volume.
• The smaller volume change also facilitates material processing and construction, reducing construction difficulty and cost.

Product Scope and Scenarios - Industrial Sector
Industrial kiln insulation

• Industrial kilns generate a large amount of heat during operation, and traditional insulation materials are difficult to effectively store and utilize this heat. Using 37 ℃ phase change energy storage materials to insulate the kiln can absorb excess heat during the heating process and release heat during the cooling process, maintaining stable internal temperature and reducing energy consumption.
• For example, in the kiln renovation of ceramic production enterprises, the application of phase change energy storage materials has reduced the energy consumption of the kiln by 15% -20%.

High temperature pipeline insulation

• High temperature pipelines in industries such as petroleum and chemical will lose a large amount of heat when transporting media. Using 37 ℃ phase change energy storage materials to insulate pipelines can effectively reduce heat loss and improve energy utilization efficiency.
• Meanwhile, phase change energy storage materials can also lower the surface temperature of pipelines and reduce the occurrence of burn accidents.