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INSIGHT

Constructing Wear Products at the Physical Limit of Materials

Introduction In the mining and processing industry, wear products are typically built within a familiar boundary. That boundary is not defined by what materials can do— but by what materials are commonly available within the industry supply chain. The Industry Constraint Most wear solutions today are based on: * Standardised alloys

INSIGHT

Using High-Performance Wear Materials to Stabilise Difficult Wear Areas

The Problem Is Not Wear — It’s Instability In material processing operations, wear is expected. But there are areas where wear becomes difficult to manage. These are typically locations where: * Replacement is complex * Access is limited * Failure leads to disproportionate disruption At this point, the issue is no longer just

CASE STUDIES

Aligning Crusher Wear Liner Life with Extended Maintenance Intervals — for Increased Throughput

The Situation — A Mismatched Circuit In a production-driven environment—especially with low-to-medium grade gold—throughput is the primary KPI. However, in practice, maximum liner life alone is not the objective. The real challenge is maintenance synchronisation. If wear cycles do not align with: * Fixed shutdown windows * Overhead crane availability 👉 Operational

CASE STUDIES

Doing More with Less: Aligning Chute Wear Life During Plant Expansion

The Situation In the Australian gold industry, plant expansion often comes with a constraint: You are expected to manage more — with the same, or fewer, people During a recent expansion, this became a practical reality. As the new circuit came online: * Maintenance capacity was stretched * Skilled labour availability was limited