140°C Phase Change Materials: Ideal For High-Temp Demands - Smoothly Shift Phases Around 140°C, Perfect For Heat-Regulating Equipment And Industrial Processes Requiring Stable Temp Control
Product Overview:
- Designed for demanding thermal management, this 140°C phase change material provides superior thermal cushioning by absorbing and releasing heat at specific temperatures.
- The material is capable of solid-liquid phase transitions around 140°C, making it suitable for a wide range of industrial and commercial applications to optimize energy efficiency and system stability.
Physical Indicators:
| Chemical name |
Physical and chemical characteristics |
| Physical form1 |
Above 140°C, colorless |
| Physical form2 |
Below 140°C, white |
| Density |
0.7-0.85 |
| Viscosity |
None |
|
pH
|
None |
| Explosive characteristics |
None |
* This data is not used for specification development. Before developing specifications, please contact us via email or WhatsApp or other means.
Product Characteristic:
1. Efficient thermal management
- Absorb or release a large amount of latent heat at 140°C to help the equipment maintain the ideal temperature range and improve the overall performance and reliability.
2. Precise temperature control
- During the phase change, the temperature of the material itself hardly changes, forming a stable temperature platform to provide protection for sensitive equipment.
3. Easy to integrate
- It is solid at room temperature, easy to cut and install, soft and flowable after reaching the phase change temperature, and automatically fills small voids to improve heat dissipation efficiency.
4. Long-term stability
- After many thermal cycles, it still maintains excellent thermal performance, with long service life and no obvious performance attenuation.
5. Energy conservation and environmental protection
- Through the absorption and release of energy, waste heat is recycled, energy consumption is reduced, and sustainable development goals are supported.
Applications:
1. Solar energy system
- Used for energy storage and regulating operating temperature to increase energy efficiency.
2. Industrial waste heat recovery
- Capture waste heat in various industrial processes to achieve energy reuse.
3. Heat dissipation of electronic equipment
- Provide reliable thermal management solutions for high-power electronic equipment and prolong the life of equipment.
4. Building energy saving
- Integrated into building materials, improve indoor temperature regulation, and reduce the load of air conditioning and heating systems.
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.
