High Quality 60°C Phase Change Materials: Pioneering The Transformation Of Temperature Management Across Diverse Fields With Unprecedented Innovation And Efficiency

High Quality 60°C Phase Change Materials: Pioneering The Transformation Of Temperature Management Across Diverse Fields With Unprecedented Innovation And Efficiency

Product Introduction:

1. 60℃ Phase change material is a functional material that will undergo phase transition at a temperature of about 60℃, accompanied by significant heat absorption or release.
2. It is usually composed of organic compounds, inorganic hydrated salts or complexes of the two, etc., through the process of phase transformation of substances to achieve energy storage and release, so as to achieve the purpose of regulating temperature.
3. This material has important applications in many fields, such as industrial waste heat recovery, electronic equipment heat dissipation, building energy saving and daily necessities, etc., providing an effective solution to improve energy efficiency and improve environmental comfort.

Advantages of the product:
1. Specific phase transition temperature

• Its most notable feature is that the phase transition temperature is about 60°C, which can accurately absorb or release a lot of heat near the temperature, so that the ambient temperature remains relatively stable, which is suitable for various application scenarios requiring specific temperature control.

2. High latent heat characteristics

• During the phase transition process, the 60℃ phase change material can absorb or release a large amount of latent heat.
• This means that a relatively small amount of material can be used to achieve a large heat storage and conditioning effect.
• This improves energy utilization efficiency, reduces the amount of material used and the volume of the system.

3. Good thermal stability

• After several phase change cycles near 60°C, the physical and chemical properties of the material can remain relatively stable, and it is not easy to decompose, deteriorate or decay.
• The material has a long service life, which ensures stable and reliable work during long-term use.

4. Adjustable thermal conductivity

• Some 60℃ phase change materials can adjust their thermal conductivity by adding thermal conductive fillers and other ways to meet the requirements of different application scenarios for heat transfer speed.
• For example, in some cases where rapid heat dissipation or heating is required, the thermal conductivity of the material can be improved to speed up the transfer and absorption/release of heat.

5. Material diversity

• There are many kinds of 60℃ phase change materials, including paraffin, fatty acids, salt hydrates and other organic and inorganic materials, as well as their composite modified materials.
• Different types of materials have advantages and disadvantages in terms of performance, cost, safety, etc., and can be selected according to specific application needs and conditions.

Common application scenarios of the product:
1. Industrial waste heat recovery

• In many industrial production processes, a large amount of medium and low temperature waste heat will be generated, such as chemical, steel, glass and other industries.
• 60℃ phase change materials can be used to recover this waste heat, store it and release it when needed for preheating raw materials, heating water or other process links, thereby improving energy efficiency and reducing energy consumption and production costs of enterprises.

2. Thermal management of electronic equipment

• For some high-performance electronic equipment, such as computer CPU, graphics card, communication base station, its work will generate a lot of heat, the need for effective heat dissipation measures to ensure the normal operation and life of the equipment.
• 60℃ Phase change material can be used as a thermal interface material or part of the heat dissipation module, when the device temperature rises to about 60℃, the phase change material absorbs heat and phase change occurs, the heat is temporarily stored to avoid the device temperature is too high.
• When the temperature of the device is reduced, the phase change material re-releases heat, plays a role in buffering and regulating the temperature, and helps to improve the reliability and stability of the electronic device.

3. Building energy efficiency

• Adding 60℃ phase change material to the thermal insulation material of the building can make the building absorb solar radiant heat during the day, when the indoor temperature rises to about 60℃, the phase change material stores heat and delays the rise of indoor temperature.
• At night, when the indoor temperature is reduced, the phase change material releases heat, slowing down the decline of the indoor temperature, thereby reducing the fluctuation range of the indoor temperature, reducing the building's air conditioning and heating energy consumption, and improving the indoor thermal comfort.

4. Daily necessities

• 60℃ phase change materials are often used in products such as thermos cups, thermostatic mattresses and hot packs.
• Such as in a hot compress bag, 60℃ phase change materials can provide a continuous warm effect, relieving muscle fatigue and pain.

Packaging and storage:
1. Packing method

• 25 kg/bag

2. Storage method

• Dry, cool and ventilated place without sharp objects.