Medical Temperature Control 50℃ Thermal Management Phase Change Energy Storage Professional Quality Materials

Product application field - medical cold chain:

• In cold chain transport, 50 ° C thermal management phase change materials can be used to maintain the temperature stability of goods.
• For example, for some drugs that need to be transported within a specific temperature range, an incubator or refrigerated truck made of 50 ° C thermal management phase change materials can keep the temperature of the drug within the required range when the external temperature changes through the heat absorption and release process of phase change materials.
• At the same time, the same application is also applied to some fresh foods that need temperature control.

Products in other fields of application:
1. Greenhouse temperature control

• Greenhouses need to maintain a certain temperature range to meet the growth needs of crops.
• 50℃ thermal management phase change materials can be used for temperature regulation of greenhouses, absorbing excess heat during the day to prevent excessive temperature; The heat is released at night to maintain the temperature and provide a suitable growth environment for crops.

2. Heat pump drying unit

• In the working process of the heat pump dryer, when the drying temperature meets the requirements, it is often necessary to discharge part of the heat to maintain the drying temperature, which will reduce the energy utilization efficiency.
• Using the phase change thermal effect of phase change materials at 50 ° C, this part of energy can be recovered, and the stored energy can be released to dry air when the unit needs heat, improving energy utilization efficiency.

Highlights of the product:
1. Effective temperature control

• During the phase transition process, the temperature can be stabilized at about 50 ° C, effectively controlling temperature fluctuations.

2. Strong energy storage capacity

• 50℃ thermal management phase change materials can absorb and release more heat, thereby improving the efficiency of energy utilization.

3. Extend the service life of the device

• Through stable temperature control, problems such as thermal expansion and contraction of equipment and aging of materials caused by temperature changes can be reduced.

4. Safety and environmental protection

• The material properties are safe, environmentally friendly and non-toxic.