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Applications using the Heat Flow Meter
The Heat Flow Meter (HFM), designed by Thermtest, provides users with the ability to measure thermal properties of larger, flat slab specimens ranging in thermal conductivities from 0.005 to 0.5 W/m∙K. This instrument is capable of measuring the steady-state heat transfer properties of foams solids and textiles.
Aerogel
Investigating the thermal properties of aerogel blankets – the lowest thermally conductive material known to all solids.
Fur
Determining the thermal conductivity of animal fur for its comparison to an animal friendly faux-fur.
Insulation vs. Temperature
Investigating the heat resistance of fibrous glass boards at various temperatures.
Insulation vs. Thickness
Does thickness have an effect on the insulative capabilities of extruded polystyrene?
Wall Insulation
Wanting to improve the energy efficiency of your home? Take a look at the thermal conductivity of various wall insulations.
Wood
A look into the thermal conductivity of softwood, for use in construction.
 HFM-100 |
EgidijusUAB Ekorema“We purchased the HFM 100 more than a year ago and was not disappointed, because this instrument works perfectly. Thermtest worked quickly and with dedication. Tests are performed every day, but HFM 100 works like new. Recently we get a new software program. Michael helped us a lot. We are very glad that we had chosen this company.” ▲ |
Learn More About Thermtest The Heat Flow Meter (HFM)
The Thermtest Heat Flow Meter (HFM) provides users with the ability to measure thermal properties of larger, flat slab specimens ranging in thermal conductivities from 0.005 to 0.5 W/m∙K. The Heat Flow Meter is capable of measuring the steady-state heat transfer properties of foams, solids, and textiles.
Demonstration Corner
Find a variety of recorded, live and one-on-one by request product demonstrations, webinars, and additional interesting technical videos. Request a free demonstration to see how a thermal conductivity measurement or thermal resistance test is completed.