120℃ Efficient Thermal Management Building Phase Change Energy Storage Professional Materials

Product advantages:
1. This product is made of high-tech biological materials. It is clean and non-toxic, has certain elasticity, colloidal shape, and has good energy storage performance.
2. This product has high compatibility with building materials, and can form composite building materials with ordinary building materials without affecting the appearance of buildings.
3. This product can be reused, widely used, safe, does not cause pollution, can be degraded.

Product life:
Phase change energy storage materials for buildings will be affected by certain factors, thus changing the service life of the product, but the service life of phase change materials can generally reach at least 10 years.
1. Packaging technology

• Good packaging technology can effectively protect phase-change energy storage materials, prevent their leakage, reaction with the external environment, etc., so as to extend the service life.
• If the packaging material is compatible with the phase-change energy storage material, the packaging process is advanced, and the impact of external factors on the material can be reduced, then the service life of the material will be increased accordingly.
• On the contrary, if there are defects in the package, resulting in material leakage, moisture, contamination, etc., it will greatly shorten its service life.

2. Use environment
① Temperature stability

• If the temperature fluctuation of the use environment is small and it is always kept near the phase change temperature of the phase change energy storage material, the phase change process of the material will be relatively stable and the service life will be longer.
• However, if the temperature fluctuation is large, especially the high or low temperature that often exceeds the material's withstand range, it will accelerate the aging and performance decline of the material.

② Humidity

• Humidity also has an impact on the service life of 120℃ building phase-change energy storage materials.
• In a high humidity environment, the material may absorb water, resulting in changes in performance and even chemical reactions that reduce the service life.

③ Mechanical stress

• Buildings will be subjected to various mechanical stresses during use, such as settlement and vibration of buildings.
• If the phase change energy storage material is subjected to large mechanical stress, it may cause damage to the internal structure of the material and affect its service life.

Notes:

This product is not edible​.