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Thermal conductivity detectors:

HOT DISK M1

Precise thermal conductivity measurements made easy - the innovative measuring system for building materials and research projects

C3 Prozess- und Analysentechnik GmbH

The Hot Disk M1 system enables precise thermal conductivity measurements in the range of 0.03 to 40 W/mK. It is perfectly suited for simple applications in the building materials sector where sufficiently large samples are available.

The system consists of user-friendly electronics, a hot disk sensor, a simple sample holder and intuitive control and evaluation software. It is operated via a conventional PC or optionally via an iPad®.

Thanks to its attractive price, the Hot Disk M1 system is ideal for use in teaching, for example for practical courses, as well as for smaller research projects. It has also proven itself in industrial applications for standard measurements on samples that are easy to measure.

The hot disk technique, also known as "Transient Plane Source" (TPS) technique, works fast and efficiently. The plane sensor acts as both a heat source and a temperature probe. It is placed between two sample pieces for standard measurements, which should have a flat surface, but rough or porous surfaces are also possible. The Hot Disk M1 system is supplied with a standard specimen holder, fixture and hood. It can be used with a Windows® PC or an iPad® as a control unit. Optionally, measurements with only one specimen and measurement of thermal diffusivity are also possible.

Request information about HOT DISK M1 now

Thermal conductivity detectors: HOT DISK M1

Precise thermal conductivity measurements made easy - the innovative measuring system for building materials and research projects

Find more thermal conductivity detectors and related products

STANDARD DIN EN ISO 22007-2

STANDARD DIN EN ISO 22007-2 by C3 Prozess- und Analysentechnik

Precise measurement results for your materials - Discover the advantages of DIN EN ISO 22007-2 and our Hot Disk measuring instruments!

thermal conductivity sensors
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