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gSKIN<sup>gt</sup> R&D

R&D

The materials of the future

Developments in new high-tech materials and procedures are stimulating entire business sectors, and gSKINgt sensors are supporting research in this area.
The materials of the future

A sensor that’s out of this world

Smart innogt technology offers a whole universe of applications, and has even taken part in a space mission.
A sensor that’s out of this world

Faster, safer, more efficient

Greater output, more storage, higher safety – calorimetry provides data for development of the latest generation of batteries.
Faster, safer, more efficient

We drive data-based innovation

gSKINgt technology uses the physical phenomenon of heat induction to drive innovation in research and industry.
We drive data-based innovation

The materials of the future

Developments in new high-tech materials and procedures are stimulating entire business sectors, and gSKINgt sensors are supporting research in this area.
The materials of the future

A sensor that’s out of this world

Smart innogt technology offers a whole universe of applications, and has even taken part in a space mission.
A sensor that’s out of this world

Faster, safer, more efficient

Greater output, more storage, higher safety – calorimetry provides data for development of the latest generation of batteries.
Faster, safer, more efficient

We drive data-based innovation

gSKINgt technology uses the physical phenomenon of heat induction to drive innovation in research and industry.
We drive data-based innovation

The materials of the future

Developments in new high-tech materials and procedures are stimulating entire business sectors, and gSKINgt sensors are supporting research in this area.
The materials of the future

A sensor that’s out of this world

Smart innogt technology offers a whole universe of applications, and has even taken part in a space mission.
A sensor that’s out of this world

Faster, safer, more efficient

Greater output, more storage, higher safety – calorimetry provides data for development of the latest generation of batteries.
Faster, safer, more efficient

We drive data-based innovation

gSKINgt technology uses the physical phenomenon of heat induction to drive innovation in research and industry.
We drive data-based innovation

gSKINgt R&D is a patented Swiss sensor technology for measuring heat flux in research and industry. With its high sensitivity and durability, this precision measurement methodology is driving the development of new technologies around the world.

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A Fundamental Change In Understanding The Potential Of (Digital) Transformation

Heat flux – or to be more precise, the measurement of thermal conductivity in materials – provides valuable data for research and development. Industrial companies have taken advantage of this principle of physics to drive a wide range of technological innovations. Just like we do at greenteg.

There is no limit to the applications of gSKINgt sensor technology.
Measuring thermal influences in precision instruments and laboratory equipment,…
…as a calorimeter or U-value measurement device in chemical technology and material sciences,…
…all the way to heat flux measurement in aerospace technology.
There is no limit to the applications of gSKINgt sensor technology.
Measuring thermal influences in precision instruments and laboratory equipment,…
…as a calorimeter or U-value measurement device in chemical technology and material sciences,…
…all the way to heat flux measurement in aerospace technology.
There is no limit to the applications of gSKINgt sensor technology.
Measuring thermal influences in precision instruments and laboratory equipment,…
…as a calorimeter or U-value measurement device in chemical technology and material sciences,…
…all the way to heat flux measurement in aerospace technology.

Heat flux: a fascinating phenomenon

greenteg is one of the pioneers in the development and manufacture of specific heat flux sensors. These highly sensitive sensors provide precise data where conventional measurement methods fail. Ultra-slender design, high sensitivity and quick response time – these are just some of the unique features that make gSKIN® sensors a perfect fit for some of the most prestigious research facilities in the world.

gSKINgt sensor technology offers profound insights into thermal environments and processes to deliver data for innovations in research and industry.

In chemical technology, material sciences, bioscience, clinical medicine, space exploration, biotechnology, environmental science – the list is endless. But rather than bore you, let’s just say that the more we research and the more measurement data we gather, the clearer the results. The potential is unlimited!

The future is bright

Let’s make change happen. Everything is possible.

Advances in digitalization mean the end isn’t yet in sight – in fact, we’ve only just begun. We are continuing our research into the digitalized future and are driving sustainable innovation and developments in sensor technology. So check back with us as we continue sharing the latest stories about our heat flux sensors in research and industry.

Cases we worked on

«The insights into thermal and material transfer coefficients in specific dryers that we gain from simulation measurements with gSKIN® sensors provide us with a foundation and a means of understanding targeted product optimization.»

Dr. Ing. Philip Scharfer

Karlsruhe Institute of Technology (KIT)
Institute of Thermal Process Engineering
Head of Thin Film Technology (TFT)

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