Download our FREE webinar recording, exploring the temperature-dependent shear viscosity of multiple battery solvent mixtures of EC, DMC, and EMC. Additionally, probing the effect of solvent composition and lithium perchlorate salt (LiClO4) concentration on the shear viscosity of battery electrolytes.
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This single day event brought together a panel of speakers from both industry and academia to facilitate the discussion of rheology fundamentals with a focus on viscosity applications. Our speakers shared their research, project focus, and rheology expertise, discussing various viscosity applications to build awareness of the significance of viscosity across their industries.
Download our free webinar recording, outlining some key points to consider in developing your strategy for chip maintenance, such as:
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This webinar focuses on the various applications of viscosity measurements in pharmaceuticals, specifically protein and antibody formulations. We share data demonstrating rate sweeps, temperature sweeps, determining formulation stability and composition, and finally injectability.
Download this webinar for a discussion on extensional viscosity data analysis and interpretation, covering:
In part 1 of our 2 part webinar we review the theory behind our flow channel designed to measure extensional viscosity. We will also discuss practical aspects of testing with the e-VROC® including flow channel selection and the potential onset of secondary flows or turbulence.
Steady shear viscosity is critical to predict both application performance and processing conditions. It is also a valuable quality control measure. Join our next webinar on April 28th at 11am PST | 2pm EST as we explore 5 common application areas where viscosity is a key parameter:
Cell Culture Media
When the assumptions used to perform the viscosity calculation are violated, the value provided by the instrument is flawed. These errors are commonly referred to as artifacts. We share the artifacts that may be observed in rectangular slit flows, what to look out for and how to handle it if it does occur.
We brought together a panel of speakers for from industry and academia to facilitate the discussion of rheology fundamentals with a focus on viscosity applications. Our speakers shared their rheology expertise, building awareness of the significance of viscosity across their industries.
We share the benefits of characterizing true viscosity, discussing the data, calculations and material characterization of your samples provided with RheoSense sample testing services on our VROC® powered viscometers.
The viscosity of blood influences at least three variables: its ability to clot, perfuse tissue, and vascular resistance. An abnormally high blood viscosity can be an indicator of underlying health issues and a predictor of adverse events such as COVID19, Diabetes, & more.
Designed to be a more sensitive and progressing viscometer, VROC® intium is packed with intelligence and intuition that enables the end users to measure not just viscosity measurements but to use viscosity to provide insight into their product performance and application.