NETZSCH Analyzing & Testing company News and Trends items

By reason of the high material costs, process automation in composites manufacturing is one of the core themes of the fourth industrial revolution. Current curing processes in composite production are set to predefined cycle times and cannot be adapted without considerable effort. Material, temperature and humidity fluctuations cannot be compensated and there is a ris...

Are you responsible for improving the thermal transport properties of thermal insulation? Are you working in R&D of polymers? Are you working in QA of insualtion materials and you collect thermal conductivity data all day long for CE-compliance? Are you working for a building material institute or certified laboratory – and are you dealing a different kinds of materials...

Moritz Netzsch will join the Executive Board of Erich NETZSCH GmbH & Co. Holding KG effective 1 January 2018. With the addition of the 33-year-old mechanical engineer, a member of the shareholder family will once again hold a leadership position within the NETZSCH Group. In the future, Moritz Netzsch will manage the group of companies together with the current Executive ...

For over 20 years now, NETZSCH-Gerätebau GmbH, the Analyzing & Testing business unit of the NETZSCH group, cooperates with the well-known producer of spectrometers Bruker Optics GmbH. The newly developed “TGA-FT-IR Database of Polymers” is a database for integration into OPUS spectra search; it contains more than 129 gas phase spectra of 88 polymers obtained by TGA-FT...

NETZSCH had already set a new benchmark in this sector back in 2013 with its introduction of the now-established LFA 467 HyperFlash with ZoomOptics. Barely two years later, NETZSCH is again showcasing its innovative strength with the new LFA 467 HT HyperFlash. On the basis of its tried-and-true LFA 467 platform, NETZSCH has developed the world’s first and only Xenon f...

But NanoEye offers even more. Until now, any expansion of the measuring range ruled out a consistently high resolution. NanoEye, in contrast, offers an unprecedented resolution of up to 0.1 nm over the entire measuring range of up to 50 mm – and all of this with perfect linearity. NETZSCH not only makes dilatometer measurement more precise, but also simplifies its pro...

Many applications in the fields of ceramics, metals and composites require a temperature range up to 1600°C as well as a sensitive sensor for detecting small-scale effects. The STA 449 F5 Jupiter, newly introduced to the NETZSCH product range alongside the modular STA instruments of the F1 and F3 series, meets these demands. Two instrument versions (with and without auto...