Glacier Coolant LM-XL-15 Phase Change Cold Storage Material Phase transition temperature -15℃
Product Description
LM-XL-15 works as a thermal energy storage and cold buffering medium based on phase change technology.
It is designed to:
- Store cold energy during phase transition
- Release energy to maintain stable low temperature
- Reduce temperature fluctuation in cold chain systems
- Improve energy efficiency and reduce cooling load
- Enable repeated thermal cycling with stable performance
Technical Data
Product Appearance: Composite phase change material
Composition: Multi-component PCM system including energy storage agent, phase change modifier, anti-supercooling agent, anti-phase separation agent, and stabilizer
Physical Properties
|
Phase transition temperature (℃) |
Freezing |
-16 |
|
|
Melting |
-15.5 |
||
|
Latent heat (kJ/kg) |
317.3 |
||
|
Density (g/cm3) |
Liquid (20℃) |
1.040±0.02 |
|
|
Solid (-20℃) |
0.928±0.02 |
||
|
Thermal conductivity (20℃, W/m·K) |
0.5668 |
||
|
Specific heat (20℃, kJ/kg·K) |
3.6408 |
||
|
Volume expansion ratio of phase transition (%) |
≤8 |
||
|
Flammability |
Nonflammable |
||
Product Advantages
✔ High Energy Storage Density
Provides 317.3 kJ/kg latent heat capacity, ensuring strong cold energy storage performance.
✔ Stable Phase Transition Behavior
Engineered with anti-supercooling and anti-phase separation technology for reliable cycling performance.
✔ Reusable & Long Lifecycle
Designed for repeated use with stable thermal properties over long-term operation.
✔ Safe & Non-Flammable Material
Non-flammable, stable, and environmentally friendly PCM material.
✔ Efficient Thermal Conductivity
Ensures fast energy absorption and release for stable temperature control.
✔ Strong System Stability
Reduces temperature fluctuations in cold chain and refrigeration systems.
Thermal Energy Storage Principle
LM-XL-15 operates based on phase change energy storage technology, where:
- Energy is absorbed during melting
- Energy is released during solidification
This enables stable low-temperature buffering and energy efficiency improvement in refrigeration systems.
Applications
LM-XL-15 is widely used in:
- Cold chain logistics systems
- Medical cold transport packaging
- Food refrigerated transportation
- Cold storage warehouses
- Low-temperature air conditioning systems
- Fresh produce preservation systems
- Thermal buffering systems
Material Compatibility
Compatible materials:
|
Non-metallic materials |
PC |
ABS |
POM |
PS |
PET |
PA |
PVC |
|
Compatibility |
√ |
√ |
√ |
√ |
√ |
× |
√ |
|
Non-metallic materials |
PE |
PMMA |
PP |
Silicone |
PTFE |
Nitrile |
Viton |
|
Compatibility |
√ |
√ |
√ |
√ |
√ |
√ |
√ |
System Usage Guidelines
To ensure optimal performance:
- Use in sealed PCM systems or thermal containers
- Avoid mixing with other chemical substances
- Ensure proper insulation and packaging design
- Follow cold chain engineering standards
- Avoid contact with incompatible materials (PVC)
- Use within recommended operating conditions
Safety Performance
LM-XL-15 is:
- Non-flammable
- Reusable and stable
- Environmentally friendly PCM material
- Safe for industrial cold chain applications
System Usage Guidelines
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
OEM Support
Glacier Coolant provides OEM customization, thermal system design support, and technical consultation for phase change cold storage applications worldwide.


















