HFM Applications

Aerogel

Investigating the thermal properties of aerogel blankets – the lowest thermally conductive material known to all solids.

HFM-100, heat flow meter, Insulation

Aerogel Blanket

Thermal conductivity of Aerogel insulation of 9.58 mm thick from Aspen Aerogels was measured with the Thermtest HFM-25

HFM-100, HFM-25, Thermal Effusivity vs Moisture - Two Fabrics, heat flow meter, Insulation

Aerogel Tiles

Thermal Conductivity of Aerogel Tiles Measured by Steady-State vs. Transient Techniques

HFM-100, HFM-25, Thermal Effusivity vs Moisture - Two Fabrics, heat flow meter, Insulation

Fur

Determining the thermal conductivity of animal fur for its comparison to an animal friendly faux-fur.

HFM-100, heat flow meter, Insulation

Insulation vs. Temperature

Investigating the heat resistance of fibrous glass boards at various temperatures.

HFM-100, heat flow meter, Insulation

Insulation vs. Thickness

Does thickness have an effect on the insulative capabilities of extruded polystyrene?

HFM-100, heat flow meter, Insulation

NIST1450D

Measurement of NIST 1450D (Fibrous Glass) with the Heat Flow Meter-100 (HFM-100)

HFM-100, heat flow meter, Insulation

Softwood

A look into the thermal conductivity of softwood, for use in construction.

HFM-100, heat flow meter, Construction

Wall Insulation

Investigating the Thermal Conductivity of Batt Insulation using the Thermtest Heat Flow Meter

HFM-100, heat flow meter,

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