-22°C Phase Change Materials: Mastering Precision In Ultra-Low Temp Phase Transition Control, Delivering Unwavering And Exact Temp Stability Tailored For The Most Stringent And Demanding Applications

-22°C Phase Change Materials: Mastering Precision In Ultra-Low Temp Phase Transition Control, Delivering Unwavering And Exact Temp Stability Tailored For The Most Stringent And Demanding Applications

Product Introduction:

1. -22℃ phase change material is a special material that can absorb or release a large amount of latent heat when the temperature reaches about -22℃.
2. Usually by specific organic or inorganic compounds carefully formulated and prepared, with stable physical and chemical properties and repeatable phase change properties.
3. In areas that require ultra-low temperature environments, -22°C phase change materials play a key role in effectively maintaining specific low temperature conditions and providing reliable temperature protection for various temperature-sensitive processes and items.

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

• The phase transition process can be precisely started at around -22°C, ensuring precise temperature regulation under ultra-low temperature conditions.
• Provides precise temperature stability for extremely temperature-demanding applications such as ultra-low temperature preservation of biological samples and refrigeration of special medicines, reducing the risk of sample or medicine damage due to temperature fluctuations.

2. High latent heat storage and release capacity

• During the phase change process, a large amount of latent heat can be absorbed or released, and a considerable amount of cold can be efficiently stored and adjusted in a relatively small volume or mass, which greatly improves the utilization efficiency and regulation capacity of ultra-low temperature energy, helps to optimize the energy consumption and operating costs in the ultra-low temperature system, and can also reduce the volume and weight of ultra-low temperature equipment to a certain extent.

3. Good low temperature stability and reversibility

• After repeatedly experiencing a phase change cycle of about -22℃, the physical and chemical properties of the material can still maintain a high degree of stability, and it is not easy to decompose, deteriorate or decay.
• At the same time, it can be quickly restored to the original state after temperature changes, and heat can be stored and released repeatedly, ensuring long-term reliable operation, reducing maintenance costs and material replacement frequency.

4. High material safety

• Some -22℃ phase change materials have non-toxic, tasteless, non-corrosion and other characteristics, relatively friendly to the human body and the environment, will not produce harmful gases or pollutants during use, in line with environmental protection and safety requirements.
• It is especially suitable for areas with high environmental and human health requirements, such as food refrigeration, biomedicine and so on.

Product application field:
1. Biomedical field

• In the biobank, it is used to preserve precious biological samples such as cells, tissues and genes to ensure their activity and stability in the long-term storage process.
• In the production, transportation and storage process of some special medicines, such as some vaccines, biological agents, etc., need a low temperature environment of -22°C, phase change materials can be used as a reliable cold source, maintain the low temperature state of medicines, and ensure the quality and efficacy of medicines.

2. Food cold chain field

• In the cold chain transportation and storage of some high-end foods, such as high-end seafood, imported fruits, and rare fungi, -22℃ phase change materials can provide accurate low temperature control, extend the freshness period of food, and maintain the taste and quality of food.
• In the food processing process, such as the production of frozen food, phase change materials can be used to rapidly absorb heat, achieve rapid freezing of food, and improve production efficiency and product quality.

3. Research and experiment field

• In low-temperature experiments in physics, chemistry, materials and other scientific research fields, such as the research of superconducting materials, the observation of low-temperature physical phenomena, and the cooling of quantum computing equipment, -22℃ phase change materials can provide a stable ultra-low temperature environment for experiments.
• At the same time, it helps scientific researchers to better carry out experimental research, obtain accurate experimental data, and promote the development of science and technology.

4. Industrial production field

• In the process of electronic chip manufacturing, some process links need a low temperature environment of -22°C, phase change materials can be used to manufacture local low temperature environment to ensure the precision and quality of chip manufacturing.
• In the production and testing of aerospace components, such as the solidification of composite materials, low temperature testing of engine parts, etc., -22℃ phase change materials can meet special low temperature requirements to ensure the performance and reliability of components.

5. Energy storage and utilization

• In some renewable energy utilization systems such as solar or wind energy, -22℃ phase change materials can be used as energy storage media to absorb and store cold energy when there is an energy surplus.
• When the energy is insufficient, the cold energy is released, the energy is adjusted and used efficiently across time and space, and the stability and reliability of the energy system are improved.

Packaging and storage:
1. Packing method

• 53 kilograms per barrel.
• 1,000 kilograms per ton of barrel.
• In addition to the above two options, support customized according to customer needs.

2. Storage method

• Dry, cool and ventilated place without sharp objects.