Glacier Coolant LM-XR-114 Phase Change Heat Storage Material 114℃
Product Introduction
It stores and releases thermal energy through a phase transition at approximately 114°C, providing stable and continuous temperature control in high-temperature systems.
LM-XR-114 is widely used in industrial waste heat absorption and recovery systems, ensuring efficient thermal energy management and long-term stability.
LM-XR-114 works as a thermal energy storage and buffering material based on phase change technology.
It is designed to:
◎ Store thermal energy during melting
◎ Release stored energy during solidification
◎ Maintain stable temperature near 114°C
◎ Enable efficient industrial waste heat recovery
◎ Improve energy efficiency in high-temperature systems
◎ Enable repeated thermal cycling with stable performance
Technical Data
◎ Product Appearance: Composite phase change material.
◎ Composition: Multi-component PCM system including phase change matrix material, phase change modifier, anti-supercooling agent, and anti-phase separation agent.
Physical Properties
|
Property |
Condition |
Value |
|
Phase transition temperature (℃) |
Freezing |
114 |
|
|
Melting |
113.5 |
|
Latent heat (kJ/kg) |
|
155.0 |
|
Density (25℃, g/cm³) |
|
0.75±0.05 |
|
Thermal conductivity (25℃, W/m·K) |
|
0.9132 |
|
Specific heat (25℃, kJ/kg·K) |
|
2.111 |
|
Volume expansion ratio of phase transition (%) |
|
≤3 |
|
Flammability |
|
Noncombustible * |
*Note: Please consult technical staff for detailed safety classification.
Product Advantages
✔ High Energy Storage Density
Provides 155.0 kJ/kg latent heat capacity, ensuring effective thermal storage capability for high-temperature applications.
✔ Stable Phase Transition Performance
Engineered with anti-supercooling and anti-phase separation technology for reliable long-term cycling.
✔ Reusable & Long Lifecycle
Designed for repeated use with stable thermal behavior and durability.
✔ No Leakage & Non-Volatile
Advanced formulation ensures no leakage or volatilization during use, providing clean and safe operation.
✔ Efficient Thermal Buffering
Ensures stable thermal energy release for high-temperature systems.
✔ Strong System Stability
Reduces temperature fluctuation in high-temperature environments.
Thermal Energy Storage Principle
LM-XR-114 operates based on phase change energy storage technology, where:
Energy is absorbed during melting (heat storage).
Energy is released during solidification (heat release).
This enables stable temperature control in thermal management and industrial waste heat recovery systems.
Applications
LM-XR-114 is widely used in:
◎ Industrial waste heat absorption and recovery systems
◎ High-temperature thermal energy storage
◎ Industrial process temperature regulation
◎ Thermal energy storage systems
◎ Energy efficiency improvement in industrial processes
Material Compatibility
LM-XR-114 is widely used in:
◎ Industrial waste heat absorption and recovery systems
◎ High-temperature thermal energy storage
◎ Industrial process temperature regulation
◎ Thermal energy storage systems
◎ Energy efficiency improvement in industrial processes
Material Compatibility
| Non-metallic materials | PC | ABS | POM | PS | PET | PA | PVC |
| Compatibility | × | √ | √ | √ | √ | × | √ |
| Non-metallic materials | PE | PMMA | PP | Silicone | PTFE | Nitrile | Viton |
| Compatibility | √ | √ | √ | × | √ | √ | √ |
Note: "√" indicates no dissolution, swelling, or aging observed at room temperature. For compatibility with other materials, please consult technical staff.
System Usage Guidelines
To ensure optimal performance:
Use in sealed PCM or insulated systems
Avoid mixing with other chemical substances
Ensure proper thermal packaging design
Follow high-temperature thermal engineering standards
Avoid contact with incompatible materials (PC, PA, Silicone)
Use within recommended temperature range (114°C system design)
Ensure system components are rated for high-temperature operation
Cooling curve:
Figure 1 Temperature vs time curve of LM-XR-114
(Refer to the cooling curve chart in the original document for detailed thermal performance data)
Safety Performance
LM-XR-114 is:
• Non-combustible
• Reusable and stable
• Environmentally friendly PCM material
• Safe for industrial high-temperature applications
• Non-hazardous, non-volatile, and resistant to deterioration
After-Sales Service
Glacier Coolant provides full technical support including:
• Latent heat capacity testing
• Phase transition performance analysis
• Thermal conductivity testing
• Cycle stability evaluation
• Volume expansion testing
• Application system optimization support
Handling
• Store in sealed containers
• Avoid contamination from incompatible materials
• Keep in dry and controlled environment
• Follow PCM system engineering requirements
• Refer to technical documentation before use
• Use appropriate high-temperature resistant containers and seals
OEM Support
Glacier Coolant provides OEM customization, thermal system design support, and technical consultation for phase change heat storage applications worldwide.
-
Glacier Coolant LM-XR-7 Phase Change Heat Stora...
-
Glacier Coolant LM-XR-36 Phase Change Heat Stor...
-
Glacier Coolant LM-XR-55 Glacier Phase Change M...
-
Glacier Coolant LM-XR-23 Phase Change Heat Stor...
-
Glacier Coolant LM-XR-6 Phase Change Heat Stora...
-
Glacier Coolant LM-XR-53 Heat Storage PCM Phase...