30°C Phase Change Materials: Unveiling A Novel Prospect For High-Efficiency And Energy-Saving Applications - This Customizable Material Boasts Exceptional Stability And Reversibility

30°C Phase Change Materials: Unveiling A Novel Prospect For High-Efficiency And Energy-Saving Applications - This Customizable Material Boasts Exceptional Stability And Reversibility

Product Introduction:

• 30℃ Phase change material is a functional material that will undergo phase transition at a temperature of about 30℃, accompanied by significant heat absorption or release.
• It is usually composed of specific organic compounds, inorganic salt hydrates or complexes of the two, through advanced preparation technology and the addition of specific additives, so that it has stable phase change properties and good physical and chemical properties.
• This material plays an important role in thermal management, energy storage, intelligent control and other fields, which can effectively use and regulate heat, achieve stable temperature control and efficient storage and utilization of energy.

Highlights of the product:
1. Precise phase change temperature control

• Its phase transition temperature is about 30°C, which can accurately absorb or release a lot of heat near the specific temperature, so that the ambient temperature remains relatively stable.
• It can meet the requirements of application scenarios that require high temperature control accuracy, such as heat dissipation and temperature control of electronic devices.

2. Efficient energy storage and release

• It can absorb or release a large amount of latent heat during the phase transition process, has a high heat storage density, and can store and release considerable energy in a relatively small volume or mass.
• Improved energy utilization efficiency, suitable for energy storage systems and energy-saving equipment.

3. Good stability and reversibility

• After many phase change cycles, the properties of the material can still remain stable, and it is not easy to decompose, deteriorate or decay.
• And can be quickly restored to the original state after the temperature change, can be repeated heat storage and release, long service life, high reliability.

4. Fast thermal response

• When the ambient temperature changes, the material can quickly sense and react, quickly start the phase change process, and realize the absorption or release of heat, so as to adjust the ambient temperature in time, which has obvious advantages in some occasions with high response speed to temperature changes.

5. Material diversity and customizability

• 30℃ phase change materials with different compositions and properties can be selected or designed according to different application needs, including organic phase change materials, inorganic phase change materials and composite phase change materials.
• It is also possible to customize the phase change temperature, latent heat, and thermal conductivity of the material by adjusting the formula and process parameters to better adapt to diverse use environments and conditions.

Product application field:
1. Building energy efficiency

• Can be used in building external wall insulation, roof insulation, floor heating and other systems.
• In summer, when the outdoor temperature is higher than 30°C, the phase change material absorbs heat and stores it, reducing the absorption of indoor heat and reducing the energy consumption of air conditioning.
• In winter, when the indoor temperature is below 30°C, the phase change material releases the stored heat, plays the role of auxiliary heating, and realizes the energy saving and insulation of the building.

2. Electronic equipment cooling field

• Such as computer CPU, mobile phone chips, servers and other electronic equipment will generate a lot of heat during operation, which can easily lead to overheating of the equipment and affect the performance and life.
• 30℃ Phase change material can be used as a part of the heat dissipation module, when the equipment temperature rises to about 30℃, the phase change material absorbs heat and phase change occurs, taking the heat away, thereby effectively reducing the equipment temperature and improving the stability and reliability of the equipment.

3. Smart textiles

• The 30℃ phase change material can be microencapsulated and added to textiles to make clothing and bedding with intelligent temperature control function.
• When the body temperature or the ambient temperature rises to about 30°C, the phase change material absorbs heat, making the body feel cool and comfortable.
• When the temperature is lowered, the phase change material releases heat and plays a warm role, improving the comfort and functionality of the textile.

4. Cold chain logistics

• In some cold chain transportation with not particularly low temperature requirements, such as the preservation and transportation of some fruits, vegetables and flowers, 30°C phase change materials can be used as an auxiliary cold source to maintain the appropriate temperature of the transportation environment at about 30°C, extend the freshness period of the goods, and reduce loss.

5. Solar energy utilization field

• Combined with solar hot water systems, solar photovoltaic power generation systems, etc., during the day when the sun is full, the use of 30℃ phase change materials to absorb and store excess heat.
• When the solar energy is insufficient at night or on rainy days, the stored heat is released to achieve the efficient use of solar energy and the smooth supply of energy, and improve the comprehensive performance of the solar energy system.

6. Biomedical field

• It can be used to prepare temperature-sensitive medicine delivery systems or biosensors.
• For example, when the local temperature of the human body rises to about 30°C, the phase change material undergoes phase transition, triggering the release of medicines and achieving precise medicine delivery.
• Or use the change of physical properties of phase change materials at 30°C to detect temperature changes in organisms.

Packaging and storage:
1. Packing method

• 25 kg/bag

2. Storage method

• Dry, cool and ventilated place without sharp objects.