Which type of kneading/mixing element, how many and where are they located are all part of the optimization process. Example screw designs for dispersive and distributive mixing will be used to illustrate the challenges involved.
This webinar provides a step-by-step practical approach to designing and running DOE’s (Design of Experiments) for optimization, process development, etc.
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This webinar identifies the critical parameters used to translate a compound from lab-scale to production-scale in order to duplicate the properties…
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Here is another opportunity to solve those lingering process problems …just Ask Adam! This webinar is designed as an open forum…
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Co-rotating twin-screw extruders have been the machine of choice for blending of polymers with additives, colorants and non-reinforcing fillers as a…
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This webinar highlights the use of PolyTech’s WinTXS™ Simulation Software for scale-up, screw design optimization as well as process troubleshooting.
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This webinar defines a new geometry for twin-screw extruder elements which promotes elongational flow (versus shear flow) for intermeshing and co-rotating…
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This webinar presents the correct procedures for installation of standard conveying and mixing elements, ZME’s, eccentric kneading elements and other difficult-to-install…
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This webinar introduces the available screw geometries for intermeshing, co-rotating twin-screw extruders in order to understand how mixing is possible and…
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This webinar describes which type of screw element best fits each of the process requirements for compounding applications on intermeshing, co-rotating…
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This webinar introduces the RingExtruder RE, utilizing twelve co-rotating and intermeshing screws arranged around a central core.
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