The 68°C PCM: A Sophisticated Phase Change Material Exclusively Tailored For Demanding Temperature-Sensitive Applications With Unparalleled Precision

The 68°C PCM: A Sophisticated Phase Change Material Exclusively Tailored For Demanding Temperature-Sensitive Applications With Unparalleled Precision And Reliability

Product Introduction:

• This product is a specifically designed phase change material for efficient thermal energy storage and release at the 68°C temperature point.
• The material utilizes a solid-liquid phase change process to provide stable temperature control as heat is absorbed and released, and is widely used in areas that require precise temperature management, such as temperature control systems, thermal management, and energy storage systems.

Product Features:

1. Precise temperature control

• The solid-liquid phase change occurs near 68°C, which provides stable temperature control for the system and effectively prevents overheating or overcooling.

2. High latent heat storage capacity

• It has high latent heat storage capacity, which can store and release a large amount of heat energy in a small volume, saving space and improving efficiency.

3. Excellent thermal conductivity

• The optimized thermal conductivity ensures that the heat can be distributed and transferred quickly and evenly, and the response speed of the system is improved.

4. Long-term stability

• After many thermal cycle tests, it still maintains excellent thermal performance, has an extremely long service life, and does not need to be replaced frequently.

5. Environmentally friendly

• The material is non-toxic, non-polluting, meets environmental protection requirements, and can be safely applied to various environments and scenarios.

6. Easy to integrate

• According to the application requirements, the material can be designed into different shapes and sizes for easy integration with existing systems.

Product Applications:

1. Battery thermal management

• It is used in the battery pack of electric vehicles and mobile devices to effectively control the temperature of the battery during charging and discharging.

2. Heat dissipation of electronic equipment

• It is applied to high-power electronic equipment, such as computers, servers, etc., to help regulate the working temperature of the equipment and improve the stability and life of the equipment.

3. Building energy saving

• Integrated into building materials, it helps to regulate indoor temperature and reduce the energy consumption of traditional heating and air conditioning systems.

4. Industrial process control

• In temperature-sensitive industrial processes, provide a stable temperature environment to ensure product quality.

Company background profile:

1. Sichuan AISHIPAIER New Material Technology Co., LTD. (referred to as "AISHIPAIER"), in 1997, involved in the research and development of ice pack materials, has won more than 20 invention patents, utility model patents and so on.
2. The company's products include cold chain phase change materials, energy storage building phase change materials, thermal management phase change materials, military aviation phase change materials, microcapsule phase change materials, heat storage fabric phase change materials, battery special phase change materials, gels, thickeners, carbomer resin and other products.
3. It also provides value-added services such as cold storage, cold packaging, cold distribution, cold technology research and development, and cold chain verification.
4. And a variety of temperature phase change materials have been fully used in: medicine/food cold chain transportation, building energy storage, battery new energy industry, especially phase change microcapsules effectively applied to fabric temperature storage, improve people's quality of life.

Packaging And Storage:

1. Packing method

• 25 kg/bag

2. Storage method

• Dry, cool and ventilated place without sharp objects.

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The 68°C PCM: A Sophisticated Phase Change Material Exclusively Tailored For Demanding Temperature-Sensitive Applications With Unparalleled Precision Images