Ultra-Stable & Eco-Friendly 25°C Phase Change Materials: The Unrivalled Choice For Diverse And Demanding Applications

Ultra-Stable & Eco-Friendly 25°C Phase Change Materials: The Unrivalled Choice For Diverse And Demanding Applications

Product Introduction:

1. 25℃ phase change material is a substance that will undergo phase transition at about 25℃, and with the absorption or release of a large amount of latent heat.
2. Its composition is diverse, including organic such as paraffin, fatty acids, inorganic such as hydrated salts, and organic inorganic compound.
3. The working principle is that when the temperature reaches 25 ° C, the material changes from solid to liquid or vice versa, in order to absorb or release heat, so as to achieve temperature control, which is widely used in many temperature-sensitive fields.

The nature/characteristics of the product:
1. Precise temperature control

• It can accurately phase change at about 25 ° C, effectively maintain temperature stability, and provide accurate temperature protection for specific environments.
• Such as indoor temperature control, biological sample preservation.

2. High latent heat characteristics

• During the phase change process, a large amount of latent heat can be absorbed or released, and more heat can be stored in a smaller volume or mass, which can enhance the temperature regulation ability and improve the energy utilization efficiency.

3. Good thermal stability

• After many phase change cycles, the performance can still remain relatively stable, can be repeated heat exchange, long service life, economic and practical.

4. Material diversity

• Rich organic sources and good chemical stability.
• Inorganic low cost, good thermal conductivity.
• The composite class combines the advantages of both and can meet the needs of different application scenarios.

Product application scenarios:
1. Intelligent tempering textiles

• Used in underwear, bedding, etc., can absorb or release heat to adjust fabric temperature, reduce body temperature fluctuations, more comfortable to wear.

2. Building energy efficiency

• The phase change material is used for the surface of the inner wall and the mortar layer of the building.
• For example, when the indoor temperature reaches 25 ° C, the mortar layer begins to absorb heat or release heat, adjust the indoor temperature, make the temperature uniform, and save energy.

3. Cold chain logistics

• It can be used as an auxiliary material of cold storage agent.
• During transportation, when the temperature is close to 25 ° C, phase change materials undergo phase change to absorb heat, maintain a low temperature environment, reduce energy consumption of refrigeration equipment, and extend its service life.

Packaging and storage:
1. Packing method

• 25 kg/bag

2. Storage method

• Dry, cool and ventilated place without sharp objects.