Thermal Control Material 60℃ Phase Change Material: Recycling Strong, Electronic Temperature Control Pioneer, Help New Energy And Building Energy Saving New Leap

Thermal Control Material 60℃ Phase Change Material: Recycling Strong, Electronic Temperature Control Pioneer, Help New Energy And Building Energy Saving New Leap

Product Introduction:

1. 60℃ phase change materials refer to a class of materials that undergo phase change at about 60℃ and can absorb or release a large amount of latent heat during the phase change process, while their own temperature remains basically unchanged.
2. The phase transformation process is usually solid-liquid phase transformation or solid-solid phase transformation.
3. According to the material composition can be divided into organic phase change materials, inorganic phase change materials and eutectic phase change materials.

Highlights of the product:
1. Precise temperature adjustment

• The phase transition temperature is close to 60°C, which can accurately absorb or release heat near the temperature, effectively maintain the stability of the ambient temperature, avoid large temperature fluctuations, and can be used for occasions with stricter temperature requirements.

2. High energy storage density

• At 60℃ phase transition can absorb or release a large amount of latent heat, can store more heat in a relatively small volume or mass, improve energy storage efficiency, reduce material use and occupy space.

3. Strong chemical stability

• Most 60℃ phase change materials have good chemical stability, not easy to react with other substances, and can be used in a variety of environments for a long time, reducing maintenance costs and replacement frequency.

4. Recyclable

• After several phase change cycles, the performance of the material declines less, can absorb and release heat repeatedly, has a long service life and good economy, in line with the requirements of sustainable development.

5. High security

• Generally, it does not have dangerous characteristics such as corrosion, toxicity and flammability, and is relatively safe for the human body and the environment during use, reducing safety hazards.

Product application scenarios:
1. Industrial waste heat recovery

• Many industrial production processes will produce a large amount of 50℃-60℃ waste heat, such as steel, chemical, cement and other industries.
• 60°C phase change materials can be used to recover this waste heat, store it, and release it when needed for heating, preheating or other processes, improving energy efficiency and reducing energy consumption and production costs.

2. Heat dissipation of electronic devices

• For some electronic devices with an operating temperature of about 60°C, such as some high-performance processors, power amplifiers, etc., 60°C phase change materials can be used for heat dissipation systems.
• When the temperature of the equipment rises to about 60°C, the phase change material absorbs heat and undergoes phase change, storing the heat, thereby reducing the temperature of the equipment, ensuring the normal operation of the electronic equipment, and improving the reliability and service life of the equipment.

3. Building energy efficiency

• 60°C phase change materials can be encapsulated in building materials, such as walls, ceilings or floors.
• When the indoor temperature is close to 60 ° C, the phase change material absorbs or releases heat, plays a role in regulating the indoor temperature, reduces the use of refrigeration or heating equipment such as air conditioning, realizes building energy saving, and improves indoor comfort.

4. Solar thermal utilization

• Between the solar collector and the heat storage system, the 60℃ phase change material can be used as the intermediate energy storage medium.
• When the solar collector heats water or other media to about 60°C, the phase change material absorbs heat and stores it, releasing heat when needed, achieving the effective use of solar energy and the balance between supply and demand, and improving the efficiency and stability of the solar heat utilization system.

Packaging and storage:
1. Packing method

• 25 kg/bag

2. Storage method

• Dry, cool and ventilated place without sharp objects.