A “Practical” Approach to DOE
This webinar provides a step-by-step practical approach to designing and running DOE’s (Design of Experiments) for optimization, process development, etc.
Extrusion Knowledge Center
Learn about best practices for optimizing process conditions and rapidly diagnosing problems from industry experts. Webinars are available for purchase as PDF download and streaming video.
Accuracy in Extruder Scale-Up
This webinar identifies the critical parameters used to translate a compound from lab-scale to production-scale in order to duplicate the properties and performance of the lab-scale product on prod
Analyzing Abrasive Wear
This webinar focuses on abrasive wear in twin-screw extruder compounding applications by analyzing where the wear is occurring.
Ask Adam 2019
Here is another opportunity to solve those lingering process problems …just Ask Adam! This webinar is designed as an open forum to provide real-time solutions to any questions from the audience.
Basics of Dispersive Mixing
Co-rotating twin-screw extruders have been the machine of choice for blending of polymers with additives, colorants and non-reinforcing fillers as a result of the dispersive mixing which can be ach
Basics of Strand Pelletizing
This webinar is presented by Jeff Forgash from Bay Plastics Machinery, manufacturers of strand pelletizing systems.
Bottle-to-Bottle PET Recycling
An overview of the process technology used for production of food-grade PET pellets from recycled PET flake. This webinar is presented by Dr.
Compounding for the Green Economy
The “green” economy is changing the materials selection criteria for the majority of plastics applications, for both durable and single-use plastics.
Computer Process Simulation for Twin-Screw Compounding
This webinar highlights the use of PolyTech’s WinTXS™ Simulation Software for scale-up, screw design optimization as well as process troubleshooting.
Diagnosing Adhesive Wear
This webinar identifies the signs of adhesive wear in co-rotating twin-screw extruders – this type of extruder wear is not typical and is indicative of mechanical interference between screws and/or
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