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Glacier Coolant LM-XR-18 Heat-Storage PCM Phase Change Temperatur 18°C
✦ Glacier Coolant LM-XR-18 is a multicomponent composite phase change material (PCM) with a nominal phase transition temperature of 18°C. With a volumetric latent heat storage capacity of 114.5 J/g and thermal conductivity of 0.8372 W/(m·K) at 25°C, it delivers outstanding cyclic stability, recyclability, and high heat transfer efficiency for building energy conservation, new energy systems, and electronic component temperature regulation.
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Glacier Coolant LM-XR-12 Heat-Storage PCM Phase Change Temperature 12°C
✦ Glacier Coolant LM-XR-12 is a multicomponent composite phase change material (PCM) with a nominal phase transition temperature of 12°C. With a volumetric latent heat storage capacity of 107.8 J/g and thermal conductivity of 0.648 W/(m·K) at 25°C, it delivers outstanding cyclic stability, recyclability, and high heat transfer efficiency for cold chain logistics, air conditioning systems, and electronic component temperature regulation.
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Glacier Coolant LM-XR-10 Heat-Storage PCM Phase Change Temperature 10°C
✦ Glacier Coolant LM-XR-10 is a multicomponent composite phase change material (PCM) with a nominal phase transition temperature of 10°C. With a volumetric latent heat storage capacity of 106.7 J/g and thermal conductivity of 0.631 W/(m·K) at 25°C, it delivers outstanding cyclic stability, recyclability, and high heat transfer efficiency for cold chain logistics, air conditioning systems, and electronic component temperature regulation.
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Glacier Coolant LM-16C2 Modified Synthetic Hydrocarbon High-Temperature Coolant -30°C To 340°C
✦ Glacier Coolant LM-16C2 is a modified synthetic hydrocarbon heat transfer fluid with good thermal stability. Operating from -30°C to 340°C, it offers homogeneous heating, accurate temperature control, superior heat transfer capability, and energy conservation. Widely used in pharmaceutical, chemical, solar-thermal new energy, and oil and gas industries.
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Glacier Coolant LM-16C1 Synthetic Hydrocarbon High-Temperature Coolant 10°C To 340°C
✦ Glacier Coolant LM-16C1 is a synthetic hydrocarbon compound heat transfer fluid with excellent thermal stability for indirect heat transfer. Operating from 10°C to 340°C, it provides uniform heating, accurate temperature control, superior heat transfer performance, and energy savings. Widely used in pharmaceutical, chemical, solar-thermal new energy, and oil and gas industries.
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Glacier Coolant LM-10C Modified Hydrocarbon Wide-Temperature Coolant -80°C To 190°C
✦ Glacier Coolant LM-10C is a modified hydrocarbon-based heat transfer medium with excellent thermal stability and low-temperature fluidity. Operating from -80°C to 190°C, it is NSF HT1 food-grade certified and nearly non-corrosive to metals. Ideal for pharmaceutical, chemical, and other industrial heating/cooling systems requiring ultra-low temperature performance.
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Glacier Coolant LM-10B Modified Hydrocarbon Wide-Temperature Coolant -70°C To 190°C
✦ Glacier Coolant LM-10B is a modified hydrocarbon-based heat transfer medium with excellent thermal stability and low-temperature fluidity. Operating from -70°C to 190°C, it is NSF HT1 food-grade certified and nearly non-corrosive to metals. Ideal for pharmaceutical, chemical, and other industrial heating/cooling systems.
Glacier Coolant LM-10B is a modified hydrocarbon-based heat transfer medium with excellent thermal stability and low-temperature fluidity. Operating from -70°C to 190°C, it is NSF HT1 food-grade certified and nearly non-corrosive to metals. Ideal for pharmaceutical, chemical, and other industrial heating/cooling systems.
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Glacier Coolant LM-14G Electronic Fluorinated Coolant-25°C To 135°C
Single-Phase Cooling Fluid | -25°C to 135°C | High Dielectric Strength | Non-Flammable
✦LM-14G Glacier Coolant is a high-performance fluorinated cooling fluid designed for single-phase cooling of semiconductor production equipment, supercomputers, and cloud computing servers.
It is widely used in semiconductor manufacturing, flat panel display production, and high-performance computing, where high dielectric strength, chemical inertness, and environmental friendliness are required.
LM-14G features excellent electrical insulation (dielectric strength up to 40 kV), ideal chemical inertness, and zero ODP, making it safe for use with precision electronic equipment.
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Glacier Coolant LM-15A Modified Polysiloxane Heat Transfer Fluid -70°C To 180°C
✦ Glacier Coolant LM-15A is a professional-grade refrigeration fluid designed for indirect cooling systems. It efficiently transfers cooling capacity to target media and is widely applied in chemical, pharmaceutical and other industrial fields. -
Glacier Coolant LM-15B Heat Transfer Fluid -50°C To 200°C High Temperature Thermal Oil
✦ Glacier Coolant LM-15B is a specialized professional coolant for indirect cooling refrigeration equipment. It delivers efficient cold energy transfer to cooled media and is extensively applied in chemical, pharmaceutical and related industries. -
Glacier Coolant LM-15C High Viscosity Polysiloxane Thermal Fluid -30°C To 200°C
✦ Glacier Coolant LM-15C is a professional coolant used in the refrigeration device working in the indirect cooling mode to transfer the cooling capacity generated by the coolant to the cooled substances. It is widely used in the fields of chemical industry, pharmacy and so on. -
Glacier Coolant LM-16A High-Temperature Heat Transfer Fluid 20°C To 280°C
Synthetic Hydrocarbon Heat Transfer Fluid | 20°C to 280°C | Thermal Stability | Energy Saving
✦LM-16A Glacier Coolant is a high-temperature heat transfer fluid designed for indirect heat transfer applications. As a class of hydrocarbons with good thermal stability, it provides homogeneous heating, accurate temperature control, and superior heat transfer capability.
It is widely used in pharmaceutical, chemical industry, solar thermal new energy, oil and gas, and other fields where high-temperature heat transfer with thermal stability and energy conservation is required.
LM-16A features a high flash point (200°C), narrow fraction composition, and good thermal stability, making it safe and reliable for high-temperature applications.
