Tega’s total solution bulk handling: reliability and wear insights for plant engineers
Reviewed by Joe Ashwell

First reported on Australian Mining
30 Second Briefing
Tega Industries is promoting a “total solution” approach to bulk material handling, integrating transfer chutes, screening and separation systems, and wear-protection linings across entire processing circuits. The company focuses on abrasive wear control and difficult flow regimes at transfer points, using engineered rubber and composite liners, custom chute geometries and optimised screen media to cut unplanned downtime. For plant engineers, the pitch is fewer isolated fixes and more circuit-wide design, with performance measured in reduced stoppages, cleaner flow and longer component life.
Technical Brief
- Modular panel design allows rapid change-out on shutdown, minimising exposure in confined screen decks.
- Custom chute internals include dead-boxes and rock-boxes to create protective material-on-material wear layers.
- Flow control features such as hood-and-spoon geometries are tailored to specific ore size and moisture ranges.
- Rubber-metal composite liners are selected to balance impact absorption with structural stiffness at transfer points.
- Design work is supported by DEM simulations to predict particle trajectories and impact energy distributions.
- Condition monitoring feedback from high-wear locations is looped into liner geometry revisions between shutdowns.
- Similar circuit-wide liner and chute integration is increasingly being specified in brownfield debottlenecking projects.
Our Take
Tega Industries’ push for a ‘total solution’ in bulk material handling aligns with its 2026 acquisition of Molycop, which our coverage shows was framed as building a broader “critical to operate” portfolio spanning mill liners, grinding media and rail consumables.
For Australian operations, a bundled handling solution from Tega sits alongside the digital and automation themes highlighted in recent Australian Mining coverage, suggesting mine operators are now evaluating mechanical handling upgrades in parallel with control-system modernisation programmes.
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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