How to Detect Cure State of Pre-Cured Composite Samples

CFRP Helicopter NETZSCH TM DSC

Popular materials for lightweight applications are glass and carbon fiber-reinforced plastics. The properties of the composite material are determined by the manufacturing process conditions. Therefore, it is crucial to know the curing state reached during manufacturing as well as the correlation between the glass transition temperature and degree of cure.

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Measuring Specific Heat Capacity to Simulate SLS Processes

NETZSCH SLS Specific Heat

Significant efforts have been made to model and simulate the Selective Laser Sintering process as information about the temperature field in lower layers is difficult to measure. Learn how specific heat capacity can help!

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How Photo-DSC Advances Test Protocols of Liquid Samples for Additive Manufacturing

Photopolymers have gained increased importance in many industries. Digital Light Synthesis (DLS), an Additive Manufacturing Technology, is a prime example for the usage of photopolymers. Learn why the NETZSCH Photo-DSC is a proven method to optimize the Additive Manufacturing process.

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Spotlight auf amorphe/mesomorphe Pharmazeutika

NETZSCH Pharma Interaction Drug Excipient

Unsere Videoserie “Experteneinblicke in die Substanzanalyse” geht weiter! Dr. Joana Pinto (Research Center Pharmaceutical Engineering GmbH) stellt drei Beispiele vor, in welchen die Wechselwirkung von Wirkstoffen und Hilfsstoffen mit Hilfe von Thermischer Analyse untersucht wird.

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Making Biopolymers Processable Using Thermal Analysis and Rheology

NETZSCH_Bioplastics_Ciruclar Economy

Biopolymers are an attractive alternative to polymers derived from fossil fuel and are mainly used by the packaging industry today. However, their crystallization behavior makes it more difficult to process these new materials. Learn how thermal analysis and rheology provide solutions to study the relevant material properties.

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Verarbeitung von Biopolymeren: Wie thermische Analyse und Rheologie helfen

NETZSCH_Bioplastics_Ciruclar Economy

Biopolymere sind eine attraktive Alternative zu Polymeren, die aus fossilen Brennstoffen gewonnen werden, und werden heute hauptsächlich in der Verpackungsindustrie eingesetzt. Ihr Kristallisationsverhalten erschwert jedoch die Verarbeitung dieser neuen Materialien. Erfahren Sie, wie thermische Analyse und Rheologie Lösungen zur Untersuchung der relevanten Materialeigenschaften bieten.

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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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Wilo: Better Performance with Fiber-Reinforced 3D Printed Components

NETZSCH_Wilo_SLS_Process Window

Wilo SE is a worldwide manufacturer of pumps and pump systems for building services, the entire water management chain and industry. It comes as no surprise that Wilo is working with cutting-edge technologies such as Additive Manufacturing. Learn how they use the NETZSCH DSC 214 Polyma to understand the thermal behavior of new material choices.

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