-65℃ Phase Change Materials Ensuring Stable Thermal Protection For Long Distance Cold Chain Transportation

Product Introduction

• This -65℃ ultra-low temperature phase change material is specially developed for deep cold chain scenarios. It can precisely undergo phase change at around -65℃ and achieve constant temperature control through efficient heat absorption and release.
• It combines stability and durability, and is suitable for various ultra-low temperature cold chain transportation and storage requirements.

Product features
1.Ultra-low temperature precise temperature control

• The phase change temperature is stable at -65℃, with high temperature control accuracy, effectively maintaining a deep cold environment.

2.High latent heat density

• It has excellent heat absorption and release efficiency, with long-lasting single cold storage and release, reducing the frequency of cold source replenishment.

3.Strong chemical stability

• It can be reused many times, has no leakage or corrosion, and is compatible with various packaging materials.

4.Lightweight and easy to integrate

• It is flexible in form and can be made into plates, particles, etc., and is convenient to be embedded in carriers such as cold chain boxes and insulation bags.

Application advantages

--It is mainly applied in the field of cold chain transportation for efficient insulation.

• We provide constant temperature protection throughout the process for ultra-low-temperature sensitive goods such as biomedicine and high-end food ingredients to prevent quality loss caused by temperature fluctuations.
• It does not rely on continuous power supply, reducing the risk of equipment failure in cold chain transportation, and is especially suitable for long-distance and remote area distribution.
• Reduce the energy consumption of traditional refrigeration equipment, lower the operating costs of the cold chain, and contribute to green and low-carbon logistics.
• Adapt to different specifications of cold chain carriers, improve the utilization rate of packaging space, and optimize the loading efficiency of goods.