High Energy Storage Phase Change Microcapsule - A New Intelligent Thermal Control Material To Help Energy Saving And Emission Reduction

High Energy Storage Phase Change Microcapsule - A New Intelligent Thermal Control Material To Help Energy Saving And Emission Reduction

Product Overview:

1. How it works

• Phase change materials achieve heat absorption and release through the conversion of solid and liquid. When the ambient temperature exceeds the phase transition temperature, the material changes from a solid to a liquid state, absorbing heat.
• When the ambient temperature is lower than the phase transition temperature, the material changes from liquid to solid, releasing heat. This feature allows for significant temperature regulation in high-temperature operating environments.

2. Energy storage and temperature control

• The material has important applications in heat storage and temperature control, especially in the industrial and construction sectors.
• By storing excess heat and releasing it when needed, energy efficiency can be optimized and system efficiency improved.

3. Thermal management

• In electronic devices or battery management systems, phase change materials can be used as thermal interface materials between high-power devices and heat sinks to provide low thermal resistance and improve heat dissipation efficiency.
• When the phase change temperature is reached, the material softens and better fills the tiny gaps between the interfaces, resulting in good thermal contact and thus enhanced heat dissipation.

4. Energy saving and environmental protection

• The application of phase change materials contributes to energy saving and emission reduction.
• In areas such as energy efficient buildings and thermal management of electronic equipment, energy consumption is reduced by optimizing the storage and release of heat energy, thereby reducing carbon emissions.

5. Stability

• Some phase change materials, such as inorganic salt compounds, have good thermal stability and long-term reliability.
• These materials usually have high latent heat of phase transition and good cycling properties, and are suitable for long-term use in high temperature environments.

6. Material properties

• Phase change materials may have the advantages of high latent heat of phase change, stable performance, many cycles, non-corrosion and so on.
• These characteristics determine its reliability and durability in practical applications.

Performance metrics:

1. Stable performance and form

• It is solid before and after the phase transition, and there is no leakage problem.

2. High thermal conductivity

• Can release or accumulate cold energy in time.

3. Recycling, efficient and environmental protection

• The thermal characteristics change little, can be heavy.
• Reusable, safe and non-toxic, non-flammable and explosive.

4. Reasonable refrigeration time

• Cold storage time per unit mass is more traditional than traditional cold storage time.
• The cold storage agent is short, which greatly improves the work efficiency.

Application Area:

First Aid Measures:

• In Case Of Eye Contact, Rinse With Plenty Of Water. Skin-To-Skin Contact: Remove Contaminated Clothing And Shoes. Rinse With Soap And Water For 15 Minutes. Accidental Ingestion: Rinse Your Mouth And Send To The Hospital As Soon As Possible.

Packaging And Storage:

• Wrap:25kg/Bag
• Storage: Store In A Dry, Cool, Ventilated Place Without Sharp Objects.

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High Energy Storage Phase Change Microcapsule - A New Intelligent Thermal Control Material To Help Energy Saving And Emission Reduction Images