The thermal storage performance of phase change material microcapsules refers to their ability to store heat and release the stored internal energy when needed

MEPCMIt is a microcapsule technology used for storing and releasing thermal energy of phase change materials, which encapsulates the phase change material in a small capsule to prevent its loss or leakage. The size of these capsules is usually smaller to improve their stability in air and avoid external environmental influences.

Phase change material microcapsules are typically made of hydrocarbons, organic or inorganic substances as phase change materials, and their size and shape depend on the chemical properties of the selected phase change material. Microencapsulation of phase change materials can effectively protect them from external environmental influences and improve their stability.

MEPCMIt has many advantages, such as:

1. Flexibility in storing and releasing phase change materials: Phase change materials can be stored and released at different temperatures without loss or leakage.

2. Preventing internal friction and leakage: Microencapsulation can encapsulate phase change materials in a tiny capsule to prevent loss or leakage.

3. Improving thermal stability: Microencapsulation can enhance the thermal properties of phase change materials, allowing them to maintain stability at higher temperatures.

4. Reduce temperature fluctuations: Microencapsulation can reduce the likelihood of chemical changes occurring in phase change materials during temperature fluctuations.

5. Improving thermal comfort: Microencapsulation can reduce the flow and diffusion of phase change materials in the air, thereby enhancing their thermal comfort.
   

Next, let's talk about the thermal storage performance of phase change material microcapsules:

The thermal storage performance of phase change material microcapsules refers to their ability to store heat and release the stored internal heat energy when needed to meet specific thermal requirements.

The thermal storage performance of phase change material microcapsules mainly depends on the phase change materials inside, usually using hydrocarbons, organic substances, or inorganic substances as phase change materials, such as sucrose, paraffin, stearic acid, or low phase change materials with phase change temperatures below 25 ℃.

due toPhase change materialsThe phase change temperature is relatively low, usually below 25 ℃, so phase change material microcapsules have good thermal storage performance. It should be noted that the thermal storage performance of phase change material microcapsules is influenced by various factors, such as the chemical properties of the phase change material, particle size and shape, and wall material formulation. Therefore, when designing phase change material microcapsules, it is necessary to comprehensively consider these factors to determine the most suitable thermal storage performance.