Heat transfer fluids

LM-5

Name: LM-5
Brand: Glacier Coolant

Mixed-alcohol industrial coolant

An industrial secondary refrigerant developed for low-temperature circulation and metal protection. Blending with other alcohols requires a specified LMZ additive programme.

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CATALOGUE TEMPERATURE REFERENCE−50°C to ambient

Formulation

Modified mixed alcohols

GLACIER / LM-5

A closer look.

Industrial low-temperature cooling
Carbon steel, stainless steel and copper
Defined additive programme for blends

Model and property references

Stock viscosity at 20°C: 1.71 mPa·s
Stock density at 20°C: 0.920–0.980 g/cm³
Stock specific heat at 20°C: 0.670 cal/g·°C
Stock thermal conductivity at 20°C: 0.23 W/m·K
Stock flash point: 20°C
Stock boiling point: Higher than +60°C
Stock freezing point: Lower than −60°C

LM-5 stock-solution properties (catalogue reference)

Property	Value
Density at 20°C	0.920–0.980 g/cm³
Viscosity at 20°C	1.71 mPa·s (cP)
Specific heat at 20°C	0.670 cal/g·°C
Thermal conductivity at 20°C	0.23 W/m·K
Boiling point	Higher than +60°C
Freezing point	Lower than −60°C
Flash point	20°C

Concentration-dependent properties are not tabulated per model; obtain a current TDS for the required concentration.

Standard packaging: Same as LM-4: 25 kg plastic drum; 200 kg iron drum; 1100 kg ton drum; bulk tanker above 10 t

Catalogue reference values, not a final specification. Select the exact model and concentration with our technical team. Request the current technical data sheet and safety data sheet before use.

View source: catalogue page 18

Before you specify

Classified as a hazardous chemical in the catalogue. Do not create unapproved blends or infer safe handling from the operating temperature alone.

A closer look.

Industrial low-temperature cooling

Carbon steel, stainless steel and copper

Defined additive programme for blends

Model and property references

Stock viscosity at 20°C

1.71 mPa·s

Stock density at 20°C

0.920–0.980 g/cm³

Stock specific heat at 20°C

0.670 cal/g·°C

Stock thermal conductivity at 20°C

0.23 W/m·K

Stock flash point

20°C

Stock boiling point

Higher than +60°C

Stock freezing point

Lower than −60°C

LM-5 stock-solution properties (catalogue reference)

Property	Value
Density at 20°C	0.920–0.980 g/cm³
Viscosity at 20°C	1.71 mPa·s (cP)
Specific heat at 20°C	0.670 cal/g·°C
Thermal conductivity at 20°C	0.23 W/m·K
Boiling point	Higher than +60°C
Freezing point	Lower than −60°C
Flash point	20°C

Concentration-dependent properties are not tabulated per model; obtain a current TDS for the required concentration.

Standard packaging

Same as LM-4: 25 kg plastic drum; 200 kg iron drum; 1100 kg ton drum; bulk tanker above 10 t

Catalogue reference values, not a final specification. Select the exact model and concentration with our technical team. Request the current technical data sheet and safety data sheet before use.

View source: catalogue page 18

Before you specify

Classified as a hazardous chemical in the catalogue. Do not create unapproved blends or infer safe handling from the operating temperature alone.

LM-5

Mixed-alcohol industrial coolant

A closer look.

Model and property references

LM-5 stock-solution properties (catalogue reference)

Before you specify

Your process is specific.
Your coolant should be, too.

LM-5

Mixed-alcohol industrial coolant

A closer look.

Model and property references

LM-5 stock-solution properties (catalogue reference)

Before you specify

Your process is specific.
Your coolant should be, too.

LM-5

Mixed-alcohol industrial coolant

A closer look.

Model and property references

LM-5 stock-solution properties (catalogue reference)

Before you specify

Related fluid families.

LM-1

LM-1L

LM-3 series

Your process is specific.Your coolant should be, too.

LM-5

Mixed-alcohol industrial coolant

A closer look.

Model and property references

LM-5 stock-solution properties (catalogue reference)

Before you specify

Related fluid families.

LM-1

LM-1L

LM-3 series

Your process is specific.Your coolant should be, too.

Your process is specific.
Your coolant should be, too.

Your process is specific.
Your coolant should be, too.