Technical data sheet
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Specify with the right technical information.
THE COMPLETE PRODUCT PORTFOLIO
One catalogue.
22 starting points.
Product families, model comparisons, reference properties, corrosion-test summaries and handling information.
ENGLISH / 46 PAGES / AUGUST 21, 2026 EDITIONNEED MODEL-SPECIFIC DOCUMENTATION?
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The catalogue is the reference. Published model sheets download directly below; an SDS or a sheet for another model is requested against your application details.
MODEL-SPECIFIC DOCUMENTATION
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The catalogue is a starting point. Sheets published for a model are listed above; anything else — an SDS, or a model without a published sheet — comes by request against your application details.
Safety data sheet
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Request documentSupporting test information
Testing through our manufacturer’s laboratory, down to −80 °C — including a sample of the fluid you run now, or a competing product. We arrange it and report the numbers.
Request documentPUBLISHED DOCUMENTS
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for your model.
Manufacturer data sheets released for publication. Each opens as a PDF and states the model, page count and issue date.
- Technical data sheet — LM-4ABG
Inhibited propylene glycol-based heat transfer fluid for secondary heating and cooling, food-grade process duty, and pipe freeze and burst protection. Carries the recommended use range of −20 °C to +100 °C, typical properties at 95.6 wt% as supplied, and freezing and boiling points by concentration.
- Product description — LM-16D
Heat transfer medium with thermal stability for closed-loop process heating. States the use range of +20 °C to +350 °C, an open-cup flash point of not less than +207 °C, an average boiling point of +370 °C, a pour point at or below −30 °C, and reference properties from 20 °C to 350 °C.
A PRACTICAL STARTING POINT
Six questions for a better
fluid specification.
Understand what to discuss before selecting a heat transfer fluid.
LABORATORY DATA
Corrosion and flammability,
measured by third parties.
Four accredited-laboratory reports on the LM fluids, each with its report number and standard.
READING THE CODES
Model codes and
cooling terms.
What LM-4D-YE and LM-XL actually mean, and plain definitions of the terms used in industrial refrigeration.
COMMON QUESTIONS
A little clarity goes a long way.
Is a secondary coolant the same as a compressor refrigerant?
No. In an indirect system, the coolant circulates in a separate loop and exchanges heat with the refrigeration system. These products must not be substituted into a compressor refrigerant circuit without an explicitly approved design.
Does one fluid cover the full temperature range?
No. Portfolio and family ranges combine different products or models. The exact fluid, concentration and system conditions determine the approved operating window.
Can I mix a Glacier product with an existing fluid?
Several families prohibit mixing. Some alcohol-based applications can use defined additive programmes, but only after technical confirmation.
Are the food-industry fluids approved for direct food contact?
In the usual food-plant arrangement the fluid stays inside a closed secondary circuit and never touches the product. For a process that needs direct food-contact approval, the documentation for the exact grade and intended use is what applies — tell us the grade and we will confirm in writing.
Where can I find pricing and delivery information?
We quote per application: price depends on grade, volume, packaging and destination. Send the model or application, your estimated quantity, your packaging preference and the destination port, and you will receive the price, the Incoterms we can quote and an indicative lead time in a single reply.
Fluid fundamentals
How to compare coolant quotes without comparing different products
A coolant quote is only comparable when the model, concentration, quantity, packaging, delivery basis and technical documents match. Use this checklist before choosing on price.
Fluid fundamentals
Aluminium in a cooling loop: which secondary coolants protect it
Aluminium's protective oxide is stable only between pH 4 and 9. What that means for choosing a secondary coolant, and why some model codes carry a trailing L.
Fluid fundamentals
What flow rate does my loop need?
Sizing a loop needs the cooling load, the fluid's specific heat and the temperature rise you allow. See how they relate, and why fluid choice barely moves it.