Delicately Shaping The Ambient Temperature With Outstanding Efficiency, Empowering Multiple Scenarios As A New Force For Energy Conservation: 26°C Phase Change Microcapsules

Delicately Shaping The Ambient Temperature With Outstanding Efficiency, Empowering Multiple Scenarios As A New Force For Energy Conservation: 26°C Phase Change Microcapsules

Product Introduction:

• The 26℃ phase change microcapsule is a new type of energy storage material, which is composed of two parts: the capsule wall and the capsule core.
• The capsule wall is usually made of materials such as organic or inorganic polymers, which have good sealing and stability, and can effectively prevent the leakage of the capsule core material.
• The capsule core is a phase change material with a phase change temperature of about 26 ° C, common organic phase change materials such as paraffin, fatty acids and their esters, such materials can change in solid and liquid phase at 26 ° C, and have a high phase change enthalpy value, which can absorb or release a lot of heat.

Product advantages:
1. Precise temperature adjustment

• Its phase change temperature is set at about 26 ° C, which can accurately absorb or release a lot of heat near the temperature point, so that the ambient temperature is relatively stable, effectively avoid large fluctuations in temperature, and provide people with a more comfortable living and working environment.

2. Efficient and energy saving

• In the process of temperature regulation, phase change microcapsules mainly achieve energy storage and release through physical changes in phase change materials, without additional energy input, so energy consumption can be significantly reduced.

3.Long service life

• Due to the protective effect of the wall material, the phase change material in the core is not easily affected by the external environment.
• Such as oxidation, corrosion, etc., thus ensuring the stable performance of phase change microcapsules and prolonging their service life.

4. Keep a good temperature

• Phase change material itself has a high phase change enthalpy value, through phase change energy storage, increase the enthalpy value of the target substance, and then can maintain the relative stability of the system temperature, to achieve a similar "constant temperature" effect, so that the temperature of the use environment is more appropriate.

Common application scenarios:
1. Building energy-saving paint

• When the ambient temperature reaches 26℃, the microcapsules undergo phase change to absorb or release heat, which can effectively adjust the indoor temperature, reduce the use frequency of air conditioning or heating, and achieve energy saving and emission reduction.
• According to relevant experiments, the use of paint containing phase change microcapsules to paint the room, the temperature amplitude can be reduced by 5-6°C, the air conditioning starting time is greatly reduced, and the energy saving is about 26%.

2. Outdoor items

• The use of 26℃ phase change microcapsules in outdoor tents, sleeping bags and other products can effectively adjust the internal temperature, improve the comfort and thermal performance of outdoor products, and reduce the discomfort of users to temperature changes in different seasons and environments.

3. Data center cooling

• Data centers have very high requirements for temperature and humidity control, and phase-change microcapsules can be used in data center cooling systems.
• Such as coolant, air conditioning system, etc., to help maintain the normal operating temperature of equipment, improve the energy efficiency of the data center, reduce operating costs.

4. Car interior

• Add 26℃ phase change microcapsules to interior materials such as car seats, steering wheel covers and instrument panels.
• The temperature inside the car can be adjusted to improve driving comfort, while reducing the use of air conditioning, reducing fuel consumption and exhaust emissions.

Packaging and storage:
1. Packing method

• 25 kg/bag

2. Storage method

• Dry, cool and ventilated place without sharp objects.