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Small errors in additive feeding can create disproportionate effects on formulation accuracy, process stability, and final part quality.

Inline rheology and spectroscopy enable real-time melt monitoring, improving quality control in extrusion and injection molding.

Pneumatic conveying can support efficient PCR processing, but only when system design and operating conditions protect pellet integrity and maintain stable separation.

Resin drying is a major energy consumer in plastics processing. Learn how to optimize dew point, airflow, and residence time to reduce costs and improve melt stability.

By moving surface formation into the tool, PU overmolding can displace downstream paint operations with a reactive in-mold skin that stabilizes gloss and optical uniformity.

Move beyond ASTM D395 compression set to stress relaxation and DMA to predict contact stress retention and leakage risk in high-performance seals.

Moving beyond Melt Flow Index: select rheological measurements that match the deformation modes of injection molding and film blowing.

In high-loading Glass fiber–reinforced polypropylene composites, dispersion, not chemistry, determines flame-retardant performance.

Without PFAS, extrusion systems lose their tolerance for small mechanical flaws. What once ran unnoticed now drives degradation, buildup, and instability.

Film defects are process signals. Connect die flow, cooling symmetry, and winding stress to improve gauge control and roll quality.