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SCIENCE-DRIVEN METAL PERFORMANCE
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Methods to cut kWh/t while maintaining tensile and bulk in mechanical pulping.
Framework for choosing plate patterns when handling old corrugated containers (OCC), virgin pulp and blends.
Explains how groove and bar micro-features influence fiber development, freeness, and kWh/t.
Diagnostic workflow for plugging issues and corrective actions.
Engineer inspecting heat-treated alloy samples in a lab
Material science insights behind steel and custom alloys used in refining applications.
How Prometals optimizes bar profiles, slot patterns, and alloys to boost refining efficiency and fiber quality.
About Prometals

Prometals is a leader in precision metallurgy, developing advanced refining sets and custom metal components for demanding industrial applications. We combine decades of expertise with CAD/CAM design, CNC machining, and high‑induction furnace processes to deliver tailored performance for paper & pulp, engineered wood panels, and food processing sectors.
SCIENCE-DRIVEN METAL PERFORMANCE
About Prometals

Prometals is a leader in precision metallurgy, developing advanced refining sets and custom metal components for demanding industrial applications. We combine decades of expertise with CAD/CAM design, CNC machining, and high‑induction furnace processes to deliver tailored performance for paper & pulp, engineered wood panels, and food processing sectors.
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