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Glacier Coolant LM-10A Industrial Secondary Refrigerant -45℃ To -150℃
Glacier Coolant LM-10A Industrial Secondary Refrigerant✦LM-10A Glacier Coolant is a high-performance industrial secondary refrigerant (heat transfer fluid) designed for indirect cooling systems. It transfers cooling capacity generated by refrigerants to target substances in closed-loop systems.It is widely used in chemical industry, pharmaceutical-related industrial processing, and temperature-controlled systems, where stable heat transfer performance and long service life are required.
LM-10A is suitable for water-sensitive anhydrous systems, ensuring stable operation in moisture-free environments.
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Industrial-Grade High-Efficiency Anti-Corrosion Low-Temperature Coolant LM-11C Series -55℃ To 100℃
✦ Glacier Coolant LM-11C is a professional coolantused 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 Description of LM-11D Glacier Coolant Product -70℃ To 1000℃
✦ Glacier Coolant LM-11D 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-11E Industrial Secondary Refrigerant -85°C To 90°C
Wide Temperature Range Heat Transfer Fluid | -95°C to 189°C | Anti-Corrosion Industrial Coolant
✦LM-11E Glacier Coolant is a high-performance industrial secondary refrigerant (heat transfer fluid) designed for indirect cooling systems. It transfers cooling capacity generated by refrigerants to target substances in closed-loop systems.
It is widely used in chemical industry, pharmaceutical-related industrial processing, cold storage, and temperature-controlled systems, where stable heat transfer performance and long service life are required.
LM-11E is suitable for water-sensitive anhydrous systems, ensuring stable operation in moisture-free environments.
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Glacier Coolant LM-14A Electronic Fluorinated Coolant-110°C To 40°C
Immersion Phase-Change Cooling Fluid | -110°C to 40°C | High Dielectric Strength | Non-Flammable
✦LM-14A Glacier Coolant is a high-performance fluorinated cooling fluid specifically designed for immersion phase-change cooling of data center servers and precision electronic equipment. It transfers heat through evaporation, eliminating the need for air-conditioning refrigeration.
It is widely used in data centers, semiconductor manufacturing, flat panel display production, and electronic cleaning applications, where high dielectric strength, chemical inertness, and environmental friendliness are required.
LM-14A features excellent electrical insulation (dielectric strength up to 55 kV), ideal chemical inertness, and zero ODP, making it safe for use with precision electronic equipment.
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Glacier Coolant LM-14B Electronic Fluorinated Coolant-110°C To 65°C
Immersion Phase-Change Cooling Fluid | -110°C to 50°C | High Dielectric Strength | Non-Flammable
✦LM-14B Glacier Coolant is a high-performance fluorinated cooling fluid specifically designed for immersion phase-change cooling of data center servers and precision electronic equipment. It transfers heat through evaporation, eliminating the need for air-conditioning refrigeration.
It is widely used in data centers, semiconductor manufacturing, flat panel display production, and electronic cleaning applications, where high dielectric strength, chemical inertness, and environmental friendliness are required.
LM-14B 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-14D Electronic Fluorinated Coolant-80°C To 80°C
Single-Phase Cooling Fluid | -80°C to 80°C | High Dielectric Strength | Non-Flammable
✦LM-14D Glacier Coolant is a high-performance fluorinated cooling fluid designed for single-phase cooling of semiconductor, chip manufacturing, LCD manufacturing, and other electronic manufacturing equipment. It provides excellent electrical insulation and rapid heat dissipation.
It is widely used in semiconductor production, supercomputer cooling, cloud computing servers, and electronic component precision cleaning, where high dielectric strength, chemical inertness, and environmental friendliness are required.
LM-14D features excellent electrical insulation (dielectric strength >39 kV), ideal chemical inertness, and zero ODP, making it safe for use with precision electronic equipment.
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Glacier Coolant LM-14E Electronic Fluorinated Coolant-55°C To 100°C
Single-Phase Cooling Fluid | -55°C to 100°C | High Dielectric Strength | Non-Flammable
✦LM-14E Glacier Coolant is a high-performance fluorinated cooling fluid designed for single-phase cooling of semiconductor, chip manufacturing, LCD manufacturing, and other electronic manufacturing equipment. It provides excellent electrical insulation and rapid heat dissipation.
It is widely used in semiconductor production, supercomputer cooling, cloud computing servers, and electronic component precision cleaning, where high dielectric strength, chemical inertness, and environmental friendliness are required.
LM-14E features excellent electrical insulation (dielectric strength >32 kV), ideal chemical inertness, and zero ODP, making it safe for use with precision electronic equipment.
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Glacier Coolant LM-14F Electronic Fluorinated Coolant -50°C To 105°C
Single-Phase Cooling Fluid | -50°C to 105°C | High Dielectric Strength | Non-Flammable
✦LM-14F Glacier Coolant is a high-performance fluorinated cooling fluid designed for single-phase cooling of semiconductor production equipment, data center servers, wind turbine generators, high voltage transformers, and phased array radar systems.
It is widely used in semiconductor manufacturing, data center immersion cooling, wind power generation, and military electronics, where high dielectric strength, chemical inertness, and environmental friendliness are required.
LM-14F features excellent electrical insulation (dielectric strength up to 39 kV), ideal chemical inertness, and zero ODP, making it safe for use with precision electronic equipment.
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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-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.
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Glacier Coolant LM-16B High-Temperature Heat Transfer Fluid10°C To 320°C
Synthetic Hydrocarbon Heat Transfer Fluid | 10°C to 320°C | Thermal Stability | Closed System
✦LM-16B Glacier Coolant is a high-temperature heat transfer fluid designed for indirect heat transfer applications. As a class of synthetic 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-16B features a high flash point (155°C), excellent thermal stability, and good vapor pressure characteristics, making it safe and reliable for high-temperature applications in closed systems.
