26 ℃ Building Phase Change Energy Storage PCM——A High-Quality Tool For Shaping A Green Future And Comfortable Living

26 ℃ Building Phase Change Energy Storage PCM——A High-Quality Tool For Shaping A Green Future And Comfortable Living

Product Introduction:

• Phase change materials for building energy storage can accurately regulate the temperature inside the space by absorbing, storing, and releasing heat.
• At the same time, its safe, non-toxic, and reusable characteristics also conform to the concept of green environmental protection, making it a high-quality phase change material suitable for the construction industry.

Application areas:
It plays an important role in the field of architecture.
1. Wall insulation and heat preservation

• Adding 26 ℃ phase change energy storage materials to building wall materials can cause phase change and absorb or release heat when the temperature approaches 26 ℃.

2. Roof and floor

• Applied to the roof, it can effectively reduce the heat absorbed by the roof during summer and lower the indoor temperature. Applied to flooring can make indoor temperatures more stable and comfortable, improving the living experience.

Product advantage:

Efficient division and utilization of space.
1. Does not occupy additional space

• It can be directly added to the interior of building structures without occupying additional building space, which is of great significance for situations where land resources are scarce and building space is limited in cities.

2. Increase the comfort of the space

• Due to the ability to maintain stable indoor temperature, the installation quantity and volume of air conditioning, heating and other equipment are reduced, making the indoor space cleaner and more beautiful, and improving the utilization and comfort of the space.

ISO9001 phase change materials in textiles

70C phase change materials in textiles

non flammable pcm textiles

26 ℃ Building Phase Change Energy Storage PCM——A High-Quality Tool For Shaping A Green Future And Comfortable Living Images