ToronCool™ Thermostatic Circulation Tanks – Optional Accessory for ToronVisc™ Viscometers

Step-by-Step: How to Calibrate a Viscometer Right

For manufacturers, running a production line with an uncalibrated viscometer is a significant business risk. Getting the flow characteristics of your materials exactly right isn't just a quality control detail; it's fundamental to your viscosity testing.  This guide provides a straightforward answer to the question of how to calibrate a viscometer. It's a challenge we know well.Why Skipping Calibration Hits Your Bottom LineBefore we get into the process, let's talk about the consequences.  An uncalibrated viscometer isn't a minor issue; it's a direct threat to your financial…

Viscosity and Temperature: A Guide to Process Control

It's a common observation in production environments: getting fluids to behave consistently is a primary operational challenge, largely because of the complex interplay of viscosity and temperature. When a viscosity test fails to meet standards, we have found the source of the issue is often this temperamental relationship.  Countless resources can be spent on problems that could be traced back to how the temperature on viscosity was affecting the material. Gaining control over the temperature dependence of viscosity is not an academic exercise; it is a direct path to more efficient…

Dynamic vs Kinematic Viscosity: The Difference

For any business that works with fluids, getting a handle on how they behave is a critical part of the operation. It can often be a persistent challenge to pin down a liquid's properties, and mistakes here can be costly.  People use the term "viscosity," but the story has two sides: dynamic and kinematic. From our experience, knowing the difference in the dynamic vs kinematic viscosity discussion is what separates a smooth viscosity testing from an expensive operational problem. Here, we'll outline the key distinctions, look at their real-world uses, and show you the simple…