<img height="1" width="1" style="display:none;" alt="" src="https://dc.ads.linkedin.com/collect/?pid=510762&amp;fmt=gif">

Working With Volatile Samples?

Minimize interactions with your volatile samples through automation
 

Measuring Formic Acid Using VROC® Initium 

Minimal Interaction, Maximized Results

This application note presents viscosity data for formic acid measured with the fully automated VROC® Initium. The data illustrates both the precision (<0.5% RSD) and the flexibility of the testing platform with respect to sample composition. 

Viscosty vs Measurement

The many benefits of the fully automated VROC® Initium have been illustrated repeatedly with aqueous based samples. However, both the cleaning protocol and the solvents can be customized to accommodate a broader range of samples. This is particularly appealing when measuring more hazardous substances since hands-on user engagement is minimal with the automatic viscometer. To address a customer need, protocols were developed to test formic acid based samples for an industrial application involving polyamides. 

 ————————————————————————————

Submit form to access full application note.

Key Words:

  • Viscosity
  • Formic Acid
  • Polyamides 
Check out our application notes!
Application Note Download Form

Banner Image.png

News & Articles


Upcoming Webinar - June 24, 2020 11:00 am PST

Most fluids are non-Newtonian. What that means is that as the sample is exposed to shear rates, the viscosity can change (increase or decrease). Some ...

Blood Viscosity Webinar

The requested recording and presentation slides are ready to access from our webinar hosted by guest speaker, Dr. Gregory Sloop last week!  Just as a ...

Webinar: Blood Viscosity

  The viscosity of blood influences at least three variables: its ability to clot, perfuse tissue, and vascular resistance.  An abnormally high blood ...

How to Apply the Correction for non-Newtonian

The vast majority of fluids in the world exhibit non-Newtonian behavior. So, knowing how to measure, correct, and handle non-Newtonian rheological dat...

Google+