Another Step Forward in our Cooperation with Malvern Panalytical

NETZSCH_Malvern_Battery

If the extraordinary events of 2020 have taught us anything, it is that collaboration and teamwork are the best foundation for success. That is why we, NETZSCH Analyzing & Testing, and the NETZSCH Group, are pleased to be stepping up our cooperation with Malvern Panalytical. Learn more and join our first free webinar event on battery materials!

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Metal Additive Manufacturing and the Need for Reliable Thermophysical Property Data

Additive Manufacturing (AM) encompasses a variety of technologies suitable for producing components from liquid, solid or powder feedstocks. Selective Laser Melting (SLM), a powder-bed fusion process, has become a commonly used AM process for rapid prototyping and component manufacturing using metals, alloys and, to a lesser extent, ceramics. Learn more about SLM, suitable materials and how to optimize input parameters for improved product quality using Thermal Analysis.

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Mobile Air Conditioners to Prevent an Infection With the “Coronavirus” – An Effective Solution?

Mobile Air Conditioning Unit _ Coronavirus_NETZSCH

Closed indoor spaces are a problem due to the spread of SARS-CoV-2 via aerosols, especially in winter, when cold temperatures limit the ability to air rooms. A body of experts investigates the extent to which particle concentrations in enclosed indoor spaces can decreased with the help of highly effective indoor filters. The smoke density test device from NETZSCH TAURUS Instrument was also used in this context. Read more in the article!

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Why the Cone Calorimeter in Accordance with ISO 5660-1 Is a Lifesaver

NETZSCH_Fire Testing_Cone Calorimeter

Fire testing regulations are crucial in keeping flammability and the spread of fire at a manageable level. The “Reaction to Fire Test” uses a Cone Calorimeter to assess the heat release rate and dynamic smoke production of a material sample. Learn how our new Cone Calorimeter allows for exact determination of the Heat Release Rate and gives an indication as to a material’s contribution to fire development and spread.

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