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    Metso–Italbronze acquisition: crusher wear parts reliability for mine planners

    October 20, 2026|

    Reviewed by Joe Ashwell

    First reported on International Mining – News

    30 Second Briefing

    Metso has agreed to acquire Italbronze Ltda, a Brazil-based producer of high-performance bronze alloy components used in mining crushers and other heavy industrial equipment worldwide. The deal secures in-house manufacturing of critical wear and bearing parts for Metso’s crushing aftermarket, reducing supply risk for large gyratory and cone crusher assemblies. For mine operators, tighter integration of bronze component design and production with OEM crusher engineering should improve parts availability and support more predictable maintenance planning.

    Technical Brief

    • Acquisition targets Italbronze Ltda, a Brazilian specialist in high-quality bronze alloy components.
    • Italbronze currently supplies bronze parts to both mining and wider heavy industrial sectors globally.
    • Integration gives Metso direct access to Italbronze’s proprietary bronze alloy formulations and casting knowhow.
    • Deal is explicitly focused on strengthening Metso’s crushing aftermarket, not greenfield equipment capacity.
    • Example of OEMs internalising niche wear-part foundries to stabilise critical spares supply chains.

    Our Take

    The Brazil location of Italbronze gives Metso additional manufacturing depth in South America, complementing its recent thickener modernisation work in Chile and making regional lead times and logistics for large cast components more competitive against local and Chinese suppliers.

    Taken together with Metso’s new 4 MW slurry pump test rig in Sweden and the expanded Metso Digital portfolio, this M&A move suggests Metso is trying to control both the critical hardware (crushing and wear parts) and the performance-monitoring layer, which can strengthen long-term service and upgrade contracts with mine operators.

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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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