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    Lincom centrifuge maintenance upgrades: design and reliability notes for plant engineers

    February 23, 2026|

    Reviewed by Joe Ashwell

    Lincom centrifuge maintenance upgrades: design and reliability notes for plant engineers

    First reported on Australian Mining

    30 Second Briefing

    Lincom Group is updating long‑running mineral processing centrifuges with maintenance‑centred design features such as improved access to wear liners, simplified scroll and bowl change‑outs, and upgraded vibration monitoring. The company is focusing on reducing unplanned downtime in coal and iron ore dewatering circuits, where high‑G decanter and screen‑bowl units typically run in abrasive, high‑solids slurries. For plant engineers, the changes aim to extend bowl and bearing life, cut crane time during overhauls, and stabilise moisture targets without frequent manual intervention.

    Technical Brief

    • For other brownfield dewatering plants, similar maintenance‑led redesigns can defer full centrifuge replacement cycles.

    Our Take

    Lincom Group’s focus on centrifuge design and maintenance sits within a relatively small subset of our 2089 Product/Safety/Projects-tagged pieces that deal with fixed plant reliability rather than mobile equipment, signalling a push to differentiate on lifecycle support rather than just machine supply in Australia.

    With centrifuges embedded in mineral processing flowsheets since the 1960s, many Australian plants are now operating mixed vintages of equipment, so design-for-maintenance from OEMs like Lincom is likely to be critical where operators are deferring large capex but still chasing higher availability.

    Among the 1079 Mining stories in our database, safety-tagged items increasingly link maintenance access and guarding to compliance risk; for Australian operators, adopting ‘smart design’ around centrifuges can therefore be as much about reducing regulatory exposure as about extending asset life.

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    Prepared by collating external sources, AI-assisted tools, and Geomechanics.io’s proprietary mining database, then reviewed for technical accuracy & edited by our geotechnical team.

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