The 180°C Thermal Management PCM Can Absorb Heat And Store It

The 180°C Thermal Management PCM Can Absorb Heat And Store It

Composition & Structure:

• Its composition usually includes some substances with a suitable phase change temperature of around 180°C. For example, some organic salts with high melting points, certain metal alloys, etc. can be used as phase change core materials.
• In terms of structure, it may be encapsulated, such as encapsulating the phase change material in a microcapsule, the outer shell of the microcapsule is generally made of a high-temperature resistant polymer material or other suitable materials, so as to prevent the phase change material from leaking, volatilizing or adverse reactions with the outside world at high temperature, and at the same time facilitate its integration in different application scenarios.

Performance Characteristics:

1. Efficient heat storage and release capacity

• When the temperature reaches 180°C, the PCM begins to undergo a phase change. In the process, it absorbs or releases a large amount of heat. For example, in some industrial processes, when the temperature of the equipment or the environment rises to around 180°C, the PCM changes from a solid state to a liquid state (assuming it is initially solid below 180°C), absorbing a large amount of heat, thus preventing further sharp rises in temperature and acting as a temperature regulation.
• When the temperature drops, it transitions from a liquid state back to a solid state, releasing stored heat that helps keep the temperature relatively stable.

2. Temperature stability

• During the phase transition around 180°C, the PCM is able to maintain a largely constant temperature over a relatively narrow temperature range. This is essential for some industrial processes that require high temperature accuracy.
• For example, in some chemical synthesis reactions, the temperature needs to be precisely controlled at about 180°C, and PCM can maintain the temperature stability of the reaction environment through phase change to ensure the smooth progress of the reaction and product quality.

3. High temperature resistance and reusability

• Because it is designed for use in high-temperature environments up to 180°C, this PCM has good resistance to high temperatures, maintaining structural and performance stability at high temperatures.
• At the same time, it is able to withstand multiple phase change cycles without significant degradation and can be reused, which can reduce costs for long-term industrial applications. For example, in some industrial processes of continuous production, PCM can continuously store and release heat to ensure temperature stability of the production process.

4. Adaptability and regulation

• By selecting different phase change material compositions, proportions, and adjusting the packaging method, the phase change temperature, heat storage capacity and other properties of the PCM can be adjusted to meet the specific needs of 180°C thermal management in different industrial application scenarios.
• For example, in different high-temperature machining processes, the appropriate PCM performance parameters can be tailored to the process requirements.

Applications:

1. High-temperature process in industrial production

• In some metallurgical, chemical and other high-temperature production processes, 180°C thermal management PCM can be used to control the temperature of equipment or reaction environment. For example, in some metal heat treatment processes, when the temperature reaches 180°C, PCM can absorb excess heat and prevent excessive microstructure changes or changes in properties of the metal due to excessive temperatures.
• In chemical production, some reactions need to be carried out around 180°C, and PCM can help maintain the stability of the reaction temperature, improve the efficiency of the reaction and the quality of the product.

2. Solar thermal utilization

• In solar thermal collector systems, especially some medium and high temperature solar collectors, when the collector temperature rises to around 180°C, the PCM can absorb the heat and store it.
• The heat is then released when needed (e.g. at night or on cloudy days) and used to heat water or other media, improving the efficiency of solar energy and the stability of energy supply.

3. High temperature protection of electronic equipment

• Some high-performance electronic components generate a lot of heat when they work, which can reach higher temperatures. 180°C thermal management PCMs can be applied to heat dissipation systems for these electronic components. When the temperature of the component is close to 180°C, the PCM absorbs heat through the phase change, preventing the component from being damaged due to overheating, and ensuring the normal operation and reliability of the electronic equipment.
• For example, in some high-power electronic devices or servers and other equipment, PCM heat dissipation technology can effectively reduce the temperature of the equipment and improve the performance and life of the equipment.

4. Automobile industry

• In the vicinity of automotive engines or other high-temperature components, 180°C thermal management PCMs can be used for temperature regulation and thermal management.
• For example, in the engine cooling system, when the engine temperature rises to about 180°C, the PCM can absorb some of the heat, reduce the risk of engine overheating, and improve the efficiency and life of the engine.
• At the same time, in the interior of the car, the thermal management function of the PCM can also be used to regulate the temperature in the car and improve the comfort of the ride.

First aid measures:

• In case of eye contact, rinse with plenty of water. Skin-to-skin contact: Remove contaminated clothing and shoes. Rinse with soap and water for 15 minutes. Accidental ingestion: Rinse your mouth and send to the hospital as soon as possible.

Packaging and storage:

• Wrap:25kg/bag
• Storage: Store in a dry, cool, ventilated place without sharp objects.