
Capillary Rheometry Limits for Post Consumer Resin in Multicavity Tools
Capillary rheometry establishes binding high-shear viscosity limits that prevent multicavity tool imbalance and part weight variance in post-consumer resins.

Capillary rheometry establishes binding high-shear viscosity limits that prevent multicavity tool imbalance and part weight variance in post-consumer resins.

Matching plug speed to polymer disentanglement kinetics prevents corner thinning and optimizes wall thickness in deep draw thermoforming.

Biaxial extensional strain hardening controls sheet thinning, requiring precise melt strength, tool friction, and temperature tuning to set uniform container wall thickness.

Establishing Trouton ratio floors via capillary extensional rheology prevents catastrophic web tear and parison sag in regrind polyolefin blends.

Amorphous sheet stretch dynamics depend on strain hardening and thermal saturation to prevent localized necking and corner blowout during deep thermoforming.
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