14°C PCMs Play An Important Role In Many Fields Due To Their Unique Temperature Control Capabilities

14°C PCMs Play An Important Role In Many Fields Due To Their Unique Temperature Control Capabilities

Product Overview:

Defining function: -14°C PCM can convert from solid to liquid state when the ambient temperature reaches -14°C, absorbing heat from the environment; When the temperature drops, it transitions from a liquid state back to a solid state, releasing the heat it had previously absorbed. This property makes it possible to effectively regulate and stabilize the ambient temperature.

Applications: This material is widely used, especially in the need to maintain a specific low temperature environment, such as the refrigerated transportation of food, the treatment of certain chemical materials, and scientific research experiments that need to stabilize the low temperature environment.

Features:

Temperature stability: -14°C PCM ensures that the application environment remains stable around -14°C, regardless of the outside temperature, until the latent heat in the material is completely absorbed or released.

Reusability: This type of material can be recycled many times, as long as it is under the right temperature conditions, it can be repeatedly converted between solid and liquid states, endothermic or exothermic to maintain temperature stability.

Environmental performance: Most -14°C PCMs are non-toxic, and do not produce harmful substances during recycling, which meets the current requirements for environmental protection.

Technical parameters:

Phase change temperature: The phase transition temperature of the material is -14°C, and the biological transition occurs at this temperature point.
Heat absorption and release: Depends on the formulation and quality of the specific product, but usually has a high heat absorption or release capacity, which can effectively provide a temperature buffer effect for the application environment.
Stability: Good chemical and physical stability ensures reliable operation in a wide range of conditions and will not be degraded due to temperature fluctuations or other environmental factors.

Detailed explanation of the application field:

Food transportation: In cold chain logistics, especially for frozen foods that need to be transported at low temperatures, the use of -14°C phase change materials can effectively keep the temperature of the goods stable and avoid the degradation of food quality caused by temperature fluctuations.

Building energy efficiency: In colder climates, the material can be integrated into building materials to help maintain the internal temperature of the building in winter and reduce the use of heating, thereby achieving energy savings.

Scientific experiments: In scientific research fields that require low-temperature experiments, the use of -14°C phase change materials can provide a stable experimental environment and ensure the accuracy of experimental results.

Future Trends:

Technological innovation: With the deepening of scientific research, more types of phase change materials may be developed in the future to meet different temperature requirements and application scenarios.

Cost optimization: Through the improvement of the production process and large-scale production, the cost of -14°C phase change materials will be reduced, so that they can be used in more fields.

Environmentally friendly development: Research and development of more environmentally friendly phase change materials, such as those made from renewable materials, to reduce the environmental impact of production and use.

How to Use:

After fully pre-cooling in the ultra-low temperature freezer for 24 hours, this product can be used as a freezing medium as needed.

Notes:
Before freezing, the ice pack should be placed flat or shaped as needed.

Packaging and storage:
Packing: 53kg/drum 1000kg/ton drum, support customization.
Storage: Store in a dry, cool and ventilated place without sharp objects.