-30°C Phase Change Materials: Unveiling As The Premier And Unparalleled Option For Achieving Ultra-Precision Cryogenic Maintenance In The Realm Of Highly Advanced And Specialized Low-Temp Domains

-30°C Phase Change Materials: Unveiling As The Premier And Unparalleled Option For Achieving Ultra-Precision Cryogenic Maintenance In The Realm Of Highly Advanced And Specialized Low-Temp Domains

Product Introduction:

• -30℃ phase change material is a functional material that can absorb or release a large amount of latent heat when the temperature reaches about -30℃.
• It is usually composed of specific organic or inorganic compounds that have been carefully designed and prepared in a process to meet phase transition and thermal performance requirements at extremely low temperatures.
• This material plays a key role in ultra-low temperature refrigeration, scientific research experiments, industrial special processes and other areas with harsh requirements for low temperature environments, providing a reliable solution for maintaining a stable ultra-low temperature environment.

Highlights of the product:
1. Precise low temperature phase change point

• The phase change process can be precisely started near -30°C, ensuring precise temperature control under ultra-low temperature conditions.
• It also provides accurate temperature stability for temperature-sensitive and demanding applications such as the storage of high-end biological samples and the refrigeration of special pharmaceutical preparations.

2. High latent heat performance

• During phase transition, a large amount of latent heat can be absorbed or released, efficiently storing and regulating a considerable amount of cold in a relatively compact volume or mass.
• It greatly improves the utilization efficiency and regulation ability of ultra-low temperature energy, and helps to optimize energy consumption and operating costs in ultra-low temperature systems.

3. Excellent low temperature stability

• With excellent low temperature resistance, after repeatedly experiencing a phase change cycle of about -30℃, the physical and chemical properties of the material can still maintain a high degree of stability, ensure long-term reliable operation, reduce maintenance costs and material replacement frequency, and adapt to long-term ultra-low temperature working environment.

4. Good thermal insulation

• Some -30℃ phase change materials also have good thermal insulation performance, can effectively reduce the introduction of external heat, further enhance its ability to maintain temperature stability in ultra-low temperature environment, and other thermal insulation materials can be used in conjunction with an efficient ultra-low temperature thermal insulation system.

Common application cases of products:
1. Biomedical field

• In some high-end biomedical research, such as the long-term preservation of gene bank samples and rare cell lines, a stable ultra-low temperature environment of -30℃ or even lower is required.
• -30℃ phase change materials can be used to manufacture ultra-low temperature storage boxes, accurately maintain the low temperature conditions required for samples, prevent samples from being damaged by temperature fluctuations, ensure the integrity and activity of biological samples, and provide a solid foundation for medical research and clinical applications.

2. Pharmaceutical industry

• For some new specific medicines, especially some protein and nucleic acid medicines, the production, storage and transportation process may require a low temperature environment of -30℃ to ensure the stability and efficacy of the medicines.
• -30℃ phase change materials can be applied to the cold chain transport packaging and professional storage equipment of medicines to ensure that medicines are always in a suitable low temperature state in the entire supply chain to ensure medicines quality and patient medication safety.

3. Scientific experiments

• In frontier scientific research fields such as physics, chemistry and materials, it is often necessary to accurately control the low temperature environment of -30°C.
• -30℃ phase change materials can be used as a key temperature control component, providing stable ultra-low temperature conditions for experimental devices, helping researchers to carry out high-precision experimental research, and promoting breakthroughs and innovations in science and technology.

4. Industrial special process

• In some high-end manufacturing industries, such as low-temperature testing of electronic chips and ultra-low temperature treatment of aerospace components, -30℃ phase change materials can be used to build local ultra-low temperature environments.
• Meet the strict temperature requirements of specific production processes, ensure the consistency of product quality and performance, improve the accuracy and reliability of industrial production, and enhance the core competitiveness of enterprises.

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.