Product Details
120°C Phase Change Material: The Pinnacle Of High-Performance Phase
Change Substances, Transforming The Landscape Of Thermal Management
Strategies
Product Description:
- This product is a high-performance phase change material
specifically designed for efficient energy storage and release at
the 120°C temperature point. The material uses a solid-liquid phase
change process to provide stable temperature control when absorbing
and releasing heat, and is widely used in temperature control
systems, thermal management, and energy storage.
Test Project | First Heating Scan | Second Heating Scan |
Extrapolating the melting starting temperature | 44°C | 39°C |
Melting peak temperature | 93°C | 93℃ |
107℃ |
TomL Extrapolating the melting termination temperature | 113°C | 115°C |
AHmL Melting enthalpy | 220.1kJ/kg | 202.1kJ/kg |
* This data is not used for specification development. Before
developing specifications, please contact us via email or WhatsApp
or other means.
Product Features & Benefits:
1. Stable temperature control
- Accurate solid-liquid phase change occurs around 120°C, providing
stable temperature control for the system and protecting the
equipment from overheating.
2. High heat storage capacity
- It has high latent heat storage capacity, which can store and
release a large amount of heat energy in a small volume, save space
and improve efficiency.
3. Good thermal conductivity
- The optimized thermal conductivity ensures that the heat can be
distributed and transferred quickly and evenly, and the response
speed of the system is improved.
4. Long-term stability
- It still maintains excellent thermal performance after many thermal
cycles, has an extremely long service life, and does not need to be
replaced frequently.
5. Environment-friendly
- Non-toxic, non-polluting, in line with environmental protection
requirements, can be safely applied to various environments and
scenarios.
6. Easy to integrate
- Flexible form, shape and size can be customized according to
application requirements, easy to integrate with existing systems.
Applications:
1. Solar energy storage
- Combined with the use of solar thermal collection system, it can
effectively store the heat energy collected during the day for use
at night or on cloudy days.
2. Industrial waste heat utilization
- Capture waste heat in various industrial processes, reduce energy
waste, and improve overall energy efficiency.
3. Building HVAC
- Integrated into building materials, regulating indoor temperature
and reducing the energy consumption of traditional heating and air
conditioning systems.
4. Heat dissipation of electronic equipment
- Provide reliable thermal management solutions for high-power
electronic equipment to ensure that the equipment operates at a
safe temperature.
Technical Parameters:
--120℃ PCM provides a cost-effective thermal management solution
for multiple industries, improving energy efficiency and enabling
finer temperature control to ensure safe and stable operation of
systems and equipment.
1. Phase change temperature
2. Heat storage density
- The specific data can be adjusted according to the application
requirements, and usually has a high latent heat storage capacity
3. Thermal conductivity
- Excellent, the specific value depends on the formula and form
4. Stability
- After long-term thermal cycle test, the performance is not
attenuated
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.