Material Science in Additive Manufacturing: Melt Rheology in Material Extrusion Using Capillary Rheometry

In this episode, will correlate the results that are relevant for the filament extrusion to the melt rheology inside the material extrusion head using the capillary rheometer.

Read more

Material Science in Additive Manufacturing: Relevant parameters for production of filament

Based on our past episode about analysis methods used in material extrusion (ME), we are going to talk about the relevant parameters for production of the filament used in ME today. Learn how to measure the shear-dependent viscosity using the ROSAND capillary rheometer.

Read more

About the Rheology of Egg Liqueur

Egg liqueur is an especially popular drink at Christmas and should be stored in a dark and cool place. Temperature is one of the most important factors influencing a material’s viscosity. So, is it okay to store egg liqueur in the refrigerator? We measured the rheological properties of egg liqueur.

Read more

Material Science in Additive Manufacturing: Melt Rheology in PBF Using Rotational Rheometry

In Powder bed fusion there is no flow and no shear rate. For powder coalescence, the local molecular motions and entanglements across the layers are important. So today, Dr. Natalie Rudolph will be focusing on the rotational rheometry.

Read more

NETZSCH Online Academy (NOA) – Web-Based Training Courses Provided by NETZSCH Experts

The new e-learning platform, NOA (NETZSCH Online Academy) offers you to advance your Knowledge in Thermal Analysis topics, without having to leave your desk. Take advantage of flexible online learning, fully adapted to your training needs.

Read more

Solving Polymer Processing Problems Using a Kinexus Rotational Rheometer

NETZSCH_Rheology_Polymer Processing

Thermoplastic polymer melts are widely used in many modern industrial processes to manufacture a multitude of objects. Learn which properties measured with a Kinexus rotational rheometer help solve real-life polymer processing problems.

Read more