Product Parameters Quick Reference
Complete technical parameters, applicable temperatures, application scenarios, and usage precautions for all 17 Glacier Coolant products. Quickly find the product information you need.
17 Products
7 Types
Full Temperature Range
Product Parameters Quick Reference
Complete technical parameters, applicable temperatures, application scenarios, and usage precautions for all 17 Glacier Coolant products. Quickly find the product information you need.
17 Products7 TypesFull Temperature Range
ProductParameter Reference
| Product Model | Type | Temperature Range | Key Features | Main Applications |
|---|---|---|---|---|
| LM-4 | Water-Based Coolant | -20 to 150°C | General-purpose, excellent corrosion inhibition, high cost-effectiveness | Cold storage, HVAC, industrial refrigeration, replacement for glycol/brine systems |
| LM-4D | Low-Conductivity Coolant | -20 to 150°C | Low conductivity, nitrite-free, copper-friendly | Ultrasonic equipment, power electronics cooling |
| LM-4D-YE | Low-Conductivity Coolant | -20 to 80°C | Ultra-low conductivity (below 800 μS/cm) | Systems with mixed carbon steel, stainless steel, copper and aluminum |
| LM-8 | Water-Based Coolant | -50 to 120°C | Excellent low-temperature performance, non-flammable, non-explosive | Source towers, low-temperature cold storage, industrial low-temperature refrigeration |
| LM-9D | High-Temperature Coolant | -45 to 120°C | Wide temperature range, superior high-temperature performance vs LM-8 | Systems operating from -45 to 120°C |
| LM-10A | Water-Free Coolant | Above -25°C | Water-free and alcohol-free, suitable for water-sensitive processes | Chemical process cooling |
| LM-11D | Water-Free Coolant | Above -60°C | Water-free, relatively low viscosity at low temperatures | Ultra-low temperature chemical reactor cooling |
| LM-11F | Water-Free Coolant | Above -85°C | Ultra-low temperature water-free type | Ultra-low temperature reactor cooling |
| LM-11C | Water-Free Coolant | - | Water-free coolant | Chemical reactor cooling |
| LM-14A/B/C | Fluorinated Fluid Coolant | Below -100°C | Ultra-low temperature fluorinated fluid, extremely low viscosity | -100°C ultra-low temperature applications, replacement for 3M fluorinated fluids |
| LM-14G | Fluorinated Fluid Coolant | Boiling point ~160°C | High-boiling-point fluorinated fluid | Replacement for imported high-boiling-point fluorinated fluids |
| LM-15A/B/C | Heat Transfer Oil | -15 to +160°C | Wide temperature range, balancing freeze protection and heat transfer | Systems requiring both low-temperature freeze protection and high-temperature heating |
| LM-430 | Water-Based Coolant | -15°C freezing point | Economical antifreeze | Closed cooling towers, standard freeze protection |
| LM-445 | Water-Based Coolant | - | Low-temperature coolant | Medium-low temperature industrial refrigeration |
| LM-495 | Water-Based Coolant | - | High reserve alkalinity type | Systems with special alkalinity requirements |
| LM-XL Series | Phase Change Material (Cold Storage) | -70 to 30°C | Various phase change temperatures, high latent heat capacity | Cold chain logistics, thermal energy storage, temperature-controlled packaging |
| LM-XR Series | Phase Change Material (Heat Storage) | 5 to 60°C | Heat storage capability at various temperatures | Building energy efficiency, thermos cups, thermal management |
ProductUsage Precautions
LM-4 - Usage Notes
Mild copper corrosion at high temperatures; regular pH and corrosion inhibitor monitoring required; system must be thoroughly cleaned
Mild copper corrosion at high temperatures; regular pH and corrosion inhibitor monitoring required; system must be thoroughly cleaned
LM-4D - Usage Notes
Conductivity must be matched to specific customer requirements
Conductivity must be matched to specific customer requirements
LM-4D-YE - Usage Notes
Must confirm specific conductivity requirements with customer
Must confirm specific conductivity requirements with customer
LM-8 - Usage Notes
Corrosion accelerates above 120°C; avoid contact with strong oxidants; stainless steel recommended
Corrosion accelerates above 120°C; avoid contact with strong oxidants; stainless steel recommended
LM-9D - Usage Notes
Higher cost; corrosion rate data available for customer evaluation
Higher cost; corrosion rate data available for customer evaluation
LM-10A - Usage Notes
100% water-free cannot be guaranteed; procurement cycle and price may affect customer choice
100% water-free cannot be guaranteed; procurement cycle and price may affect customer choice
LM-11D - Usage Notes
System strictly prohibits water; nitrogen blanketing required; water contamination requires physical separation + molecular sieve drying; filter before pump
System strictly prohibits water; nitrogen blanketing required; water contamination requires physical separation + molecular sieve drying; filter before pump
LM-11F - Usage Notes
Lower thermal conductivity; note heat exchange capacity changes when replacing LM-1; water-prohibited; use dry nitrogen for leak testing
Lower thermal conductivity; note heat exchange capacity changes when replacing LM-1; water-prohibited; use dry nitrogen for leak testing
LM-11C - Usage Notes
Valves must not be fully closed; maintain connection to water tank; temperature changes cause volume change and high pressure
Valves must not be fully closed; maintain connection to water tank; temperature changes cause volume change and high pressure
LM-14A/B/C - Usage Notes
Higher cost; export compliance verification required; CAS numbers available for customer confirmation
Higher cost; export compliance verification required; CAS numbers available for customer confirmation
LM-14G - Usage Notes
Product manual available for customer evaluation
Product manual available for customer evaluation
LM-15A/B/C - Usage Notes
LM-15C temperature range closest to -40 to 300°C requirements; closed system required at high temperatures to prevent oxidation
LM-15C temperature range closest to -40 to 300°C requirements; closed system required at high temperatures to prevent oxidation
LM-430 - Usage Notes
Freezing point selection must have safety margin; drain water completely during filling
Freezing point selection must have safety margin; drain water completely during filling
LM-445 - Usage Notes
When cooling is difficult, first check chiller heat exchange area and pump flow
When cooling is difficult, first check chiller heat exchange area and pump flow
LM-495 - Usage Notes
Reserve alkalinity over 12mL, pH 7.5-9.5, density 1.10-1.15 customizable
Reserve alkalinity over 12mL, pH 7.5-9.5, density 1.10-1.15 customizable
LM-XL Series - Usage Notes
Non-hazardous; food-safe grades available; customizable phase change temperatures
Non-hazardous; food-safe grades available; customizable phase change temperatures
LM-XR Series - Usage Notes
Non-hazardous; MSDS available; multiple temperature options
Non-hazardous; MSDS available; multiple temperature options
Post time: Aug-27-2026