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    REMA TIP TOP linings and processing conditions: optimisation notes for plant engineers

    June 9, 2026|

    Reviewed by Tom Sullivan

    REMA TIP TOP linings and processing conditions: optimisation notes for plant engineers

    First reported on Australian Mining

    30 Second Briefing

    REMA TIP TOP is deploying tailored rubber, ceramic and composite lining systems across mill feed chutes, cyclones and slurry pipelines to balance wear life, cost and shutdown frequency in mineral processing plants. The company matches lining thickness, hardness and chemistry to specific duties such as coarse ore abrasion, high-velocity slurry impact and chemical attack, with modular panels designed for rapid replacement during planned outages. For plant engineers, the approach shifts decisions from generic wear packages to circuit-by-circuit optimisation of liner selection, installation method and inspection intervals.

    Technical Brief

    • Bonding systems and surface preparation are controlled to avoid debonding under cyclic impact and vibration.
    • Modular panel layouts are engineered to suit existing chute geometries and restricted access openings.
    • Ceramic tiles are selectively placed in high-turbulence zones rather than blanket-lining whole chutes.
    • Slurry pipeline lining design considers bend erosion, air-release points and local pressure fluctuation zones.

    Our Take

    REMA TIP TOP’s recent focus on digital belt monitoring tools like REMATRACK TTX and MCube CAM in our database suggests that lining selection for Australian plants is increasingly being tied to condition‑based maintenance rather than fixed replacement intervals.

    For Australian projects, combining tailored linings with the kind of AI‑supported inspection seen in REMA TIP TOP’s MCube CAM coverage likely enables operators to push higher throughput or more aggressive processing conditions while still evidencing control of failure risk to regulators and insurers.

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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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