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    Bradken’s new Chilca foundry: mill liner supply and design notes for mine engineers

    July 10, 2026|

    Reviewed by Joe Ashwell

    First reported on International Mining – News

    30 Second Briefing

    Bradken has inaugurated a dedicated mill liner foundry in Chilca, Peru, to localise manufacture of wear parts for large grinding mills across Latin American copper and gold operations. The facility is intended to shorten lead times and reduce import dependency by producing region-specific liner designs and alloys closer to major concentrator hubs in Peru and neighbouring countries. CEO Sean Winstone said the plant is aimed at improving supply chain resilience and enabling faster on-site technical support for SAG and ball mill relines.

    Technical Brief

    • Foundry is configured specifically for casting large SAG and ball mill liner components.
    • Bradken emphasises on-site technical support integrated with the foundry’s design and metallurgy teams.
    • Local casting allows faster trialling of liner profile changes to optimise mill throughput and wear life.
    • Regional manufacturing reduces exposure to import permits, port congestion and long-distance freight disruptions.
    • Closer OEM presence typically shortens shutdown durations by aligning liner delivery with planned reline windows.

    Our Take

    Bradken’s new foundry in Chilca lines up with its recent Western Australian facility expansion (30 June 2026), signalling a deliberate push to regionalise heavy wear-parts manufacturing and refurbishment capacity rather than serving all markets from a few hubs.

    Taken together with Bradken’s MillSafe® Worn Liner Removal System collaboration with Russell Mineral Equipment (10 June 2026), the Peru foundry suggests Latin American customers may increasingly get both locally cast wear parts and access to the company’s higher-end automated liner-handling technologies.

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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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