Rheology Testing Articles

Capillary Rheometer or MFI: A Complete Comparison
Capillary Rheometer or MFI: A Complete Comparison

From a practical standpoint, a batch of off-spec material can create significant operational and financial challenges. In the plastics industry, we believe that relying on incomplete data is a direct path to expensive production problems.

This brings many of our clients to a critical decision regarding the capillary rheometer vs melt flow indexer. They both evaluate polymer flow, but they are designed for very different applications.

To help you get a clear picture of their functions, here is a straightforward comparison of how these two machines stack up.

A Guide to Superpave Performance Grading for Pavement
A Guide to Superpave Performance Grading for Pavement

It is a persistent issue in our industry: a road is paved, and within a few years, it shows signs of significant wear. For a long time, the methods used to select an asphalt binder simply couldn't forecast how a material would behave under real-world pressures.

This is why our industry has moved to Superpave performance grading. We see this as an essential shift for any organization focused on building infrastructure that can withstand the demands of modern traffic and climate.

Why You Need a Rheometer for Complex Material Analysis
Why You Need a Rheometer for Complex Material Analysis

Ever had a product that didn't spread, pour, or hold up exactly the way it was supposed to? 

A rheometer is the apparatus that gives you the answers you need for getting a complete picture of a material's actions, from the smooth way a high-end paint glides on to the sheer toughness of plastics made for industrial work. When substances are not behaving as you anticipate, the science of how things flow gives you the method for working through these tough spots. 

ODR vs MDR Rheometer: Making the Right Choice
ODR vs MDR Rheometer: Making the Right Choice