Engineered Conveyor Solutions for Gold Mining Applications
High-performance, impact-resistant, and abrasion-proof conveyor systems engineered for harsh hard rock environments, steep underground gradients, and remote processing facilities. s.
Conveyor Belts, Powering Your Operation
Gold mining operations present severe conveying challenges, including highly abrasive run-of-mine (ROM) ore, sharp rock fragments prone to causing cut-and-gouge damage, steep decline gradients, and harsh chemical slurry environments. Fenner combines the specialised capabilities of Fenner Conveyors, ACE, CPS, and Belle Banne to design, manufacture, and maintain complete bulk material handling networks optimised for both large-scale open pit mines and complex underground hard rock operations.
Our engineering teams deliver complete material handling infrastructure, integrating high-voltage power systems with automated conveyor controls, to ensure seamless, high-throughput ore transport from mine face to processing plant rather than supplying isolated equipment.
Custom Belt Formulations for Extreme Ore Conditions
One of Fenner Conveyors' greatest capabilities is our ability to develop, manufacture, install and rapidly refine custom conveyor belt compounds tailored to the demanding conditions of gold mining. Gold ore can vary significantly between operations, with differing levels of abrasiveness, moisture content and material characteristics creating unique wear profiles across conveyor systems.
Our in-house manufacturing and technical teams can develop belt compounds that provide enhanced resistance to cut and gouge damage, abrasion, impact, chemical exposure and other site-specific challenges. By combining material testing, operational feedback and ongoing performance monitoring, we can continuously optimise conveyor belt performance to maximise service life, reduce maintenance requirements and lower total cost of ownership.
Specialised Gold Mining Lifecycle Support
Maximising mill feed and uptime across open pit, cut-and-fill, sublevel stoping, and block caving operations requires tailored field maintenance. Fenner’s service crews utilise specialised low-profile handling gear and custom tooling to execute safe, efficient splicing, alignments, and component overhauls in tight underground drives and high-throughput plant environments.
Specialised to the challenges of your operation
Abrasive Ore Handling & Cut-and-Gouge Resistance
Sharp, hard-rock gold ore causes rapid cover wear, gouging, and carcass penetration at loading points. Heavy-duty belting paired with custom-engineered cut-and-gouge cover compounds and impact-absorbing transfer Chutes maximise asset life while reducing unscheduled maintenance.
Long-Distance Overland Material Transport
Transporting bulk ore over vast distances from remote open pits or underground portals to crushing plants creates significant fuel and haulage costs. High-tension overland conveyor systems equipped with Low Rolling Resistance (LRR) belting streamline long-haul ore transport and reduce fleet dependency.
Steep Inclines & Confined Underground Gradients
Underground gold mines require conveyors to navigate tight decline drives, steep inclines, and restricted footprints. Compact drive packages, high-adhesion belting, and custom structural framing maintain material stability across extreme gradients without expanding drive dimensions.
Dust Generation & Environmental Containment
Primary crushing, screening, and high-drop transfers generate fine silica and gold ore dust. Engineered containment solutions—including dust suppression skirting, soft-loading chutes, and CPS return rollers—contain particulates, eliminate product loss, and improve workplace safety.
Corrosive & Moist Operating Conditions
Exposure to wet ore, acidic mine water, and leaching chemicals accelerates conveyor steelwork degradation and belt delamination. Corrosion-resistant structural components, sealed mechanical idlers, and chemical-grade synthetic compounds prevent early equipment failure.
Remote Site Logistics & Regional Support
Isolated goldfield operations often face delayed spare parts delivery and limited technical site support. Fenner’s nationwide network of regional service hubs, combined with 24/7 field crews and predictive condition monitoring, ensures rapid response times and local parts availability.
Conveyor Solutions for Gold Mining
- Electrical, Control and Power Systems
- Belle Banne Belt Handling Equipment
- Turnkey Conveyor Design & Engineering
- Dewatering and Material Handling Solutions
- Conveyor Maintenance and Field Service
- Custom Belt Compounds
Electrical, Control and Power Systems
Fenner’s ACE Electrical Division engineers integrated power distribution, automation, and control architectures designed to maintain continuous ore flow across open-pit and underground gold operations. By manufacturing custom PLCs, SCADA systems, variable speed drives (VSD), and explosion-proof field instrumentation in-house, ACE delivers real-time diagnostic visibility and automated fault monitoring that simplify field troubleshooting and maximise equipment availability.
Belle Banne Belt Handling Equipment
Belle Banne manufactures Australian-designed belt handling machinery engineered to improve safety and operational efficiency during belt installations, change-outs, and repairs in gold operations. Built for rugged field conditions, the range includes heavy-duty belt winders, hydraulic pullers, mechanical clamps, flaking stations, and turning frames—minimising manual handling risks and reducing shutdown durations in space-constrained underground drives or remote plant sites.
Turnkey Conveyor Design & Engineering
Sourcing material handling components from multiple suppliers increases integration complexity and dilutes site accountability across critical gold processing circuits. Fenner manages the entire project lifecycle—from mechanical engineering, structural fabrication, and belting manufacture through to electrical controls, installation, and final commissioning—delivering fully integrated turnkey conveyor systems backed by single-source responsibility.
Dewatering and Material Handling Solutions
Excess moisture from underground dust suppression or wet scrubbing circuits causes severe carryback, chute plugging, and belt slippage in gold processing plants. ACE conveyor dewatering systems mechanically extract free water from the ore stream at transfer points using augers, cutter blades, and vibrating screens paired with integrated PLC controls, protecting downstream equipment and preserving material handling efficiency.
Conveyor Maintenance and Field Service
Backed by Australia’s largest dedicated conveyor service network, Fenner provides round-the-clock field maintenance, hot/cold belt splicing, laser alignment, pulley overhauls, and wear liner replacements for gold producers. Our qualified technicians service crushers, screens, feeders, and main decline lines to mitigate equipment failure, optimise belt tracking, and lower total operating costs throughout the mine lifecycle.
Custom Belt Compounds
Fenner formulates specialised rubber compounds tailored to the exact abrasive index, drop height, quartz hardness, and chemical exposure of your gold deposit. Combining locally manufactured cover compounds with proven DynaFlex, UsFlex, or Steel Cord carcasses enables operations to replace underperforming imported belting with durable, Australian-supported solutions that eliminate cover cracking and edge wear.
Frequently Asked Questions
Primary-crushed gold ore often contains hard quartz and sharp rock edges that cut, gouge, and tear standard belt covers. Custom-formulated rubber compounds utilise specialised polymer structures and high-tensile synthetic additives that absorb high-energy impacts and resist tearing, extending belt cover life under severe loading conditions.
Underground gold operations require high-tensile, rip-resistant belting capable of traversing steep decline gradients and tight drive clearances. Fenner’s UsFlex (straight-warp fabric) and Steel Cord belting provide high impact resistance, minimal operational stretch, and excellent troughability in space-restricted underground decline networks.
Wet gold ore causes severe material carryback on return rollers, transfer chute blockages, and erratic feed rates into secondary crushers or grinding mills. Mechanical dewatering systems strip excess water from the conveyed ore stream prior to transfer points, improving belt tracking, reducing spillage hazards, and optimising downstream processing performance.
Yes. Fenner’s technical team performs on-site engineering surveys to assess ore characteristics, belt speed, pulley diameters, and conveyor geometry. We manufacture direct-fit, locally engineered belting designed to outperform imported alternatives while providing local warranty support and 24/7 field service.
