Ceramic Wear Lining Installation for Gold Processing Circuits
High-alumina ceramic tiling for chutes, hoppers, cyclones and areas of extreme abrasive wear in gold processing plants across Western Australia and Queensland. Where rubber and steel fail, ceramic performs.
High-Alumina Ceramic Tiling for Extreme Abrasion Zones
In the most aggressive wear zones of a gold processing plant, rubber wears through, steel plates erode and standard coatings fail within months. High-alumina ceramic wear lining is the engineered solution for these conditions, delivering service lives that are three to five times longer than alternative materials.
As part of reliable gold mine shutdown contractors, our ceramic installation teams work exclusively within the gold mining sector. Every ceramic system we specify and install is matched to the exact wear mechanism, impact angle, slurry velocity and particle size present at each specific location in your processing circuit.
Ceramic wear lining is the heavy-duty physical protection layer within our comprehensive wear protection systems for gold mines, deployed at the highest-wear points where no other material delivers comparable service life in gold plant conditions.
- 92% and 95% alumina ceramic tiles for extreme abrasion zones
- Ceramic lining of chutes, hoppers, cyclone feeds and discharge spigots
- High-velocity slurry transfer point protection in CIL/CIP circuits
- Mosaic and monolithic ceramic systems selected for each application
- Epoxy adhesive bonding to professionally blasted substrates
- Shutdown-integrated installation across WA Goldfields and Queensland
Selecting the Right Ceramic Grade for Gold Plant Conditions
Not all ceramic wear lining is equal. Alumina content determines hardness, density and wear resistance. We specify the correct grade for each application based on the actual wear conditions present in your gold processing circuit.
Standard Abrasion Grade
The most widely used ceramic grade in gold processing applications. Excellent abrasion resistance for sliding and low-angle impingement wear in launders, chutes and pipework with moderate slurry velocities. Cost-effective for large area applications.
Hardness: 9 Mohs. Density: 3.6 g/cm3. Best for: Launders, general chutes, low-angle wearHigh Performance Grade
Superior hardness and density for the most demanding gold plant wear environments. Specified for high-velocity slurry transfer points, cyclone feeds, pump discharge chutes and anywhere that 92% alumina does not deliver adequate service life.
Hardness: 9+ Mohs. Density: 3.7 g/cm3. Best for: Cyclone feeds, high-velocity slurry, pump dischargeCurved Surface Installation
Small-format mosaic ceramic tiles bonded with flexible epoxy for installation on curved surfaces including pipe bends, cyclone bodies, hopper transitions and other complex geometries where standard flat tiles cannot conform to the substrate.
Format: 25x25mm to 50x50mm tiles. Best for: Pipe bends, cyclone bodies, hopper transitionsExtreme Wear Zones Across the Gold Processing Circuit
Ceramic wear lining is deployed at the specific points in a gold processing circuit where abrasive wear rates are highest and conventional materials fail prematurely. These are the locations where the return on investment from ceramic lining is most significant.
Ore Transfer Chutes
High-alumina ceramic tiling of ore transfer chutes handling crushed and milled gold ore. Ceramic dramatically extends chute service life in high-impact, high-velocity material transfer applications where steel liners require frequent replacement.
Hoppers & Feed Boxes
Ceramic lining of SAG mill and ball mill feed hoppers, feed boxes and transition chutes. Impact from falling ore combined with abrasive sliding wear demands ceramic protection to prevent structural failure and maintain mill feed continuity.
Cyclone Feeds & Spigots
Mosaic ceramic installation inside cyclone feed housings, inlet heads and discharge spigots handling high-velocity gold-bearing slurry. Cyclone components are among the highest-wear items in any gold processing circuit.
Slurry Transfer Points
Ceramic protection at CIL and CIP circuit transfer points, launder discharge points and pump discharge chutes handling abrasive gold-bearing slurry at high velocity. These locations typically show the highest wear rates in the leach circuit.
Pump Discharge & Suction Boxes
Ceramic lining of pump suction and discharge boxes, pump box internals and associated pipework fittings subject to extreme turbulent wear from high-velocity slurry impingement in gold plant pumping circuits.
Trommel Discharge Chutes
Ceramic wear protection for trommel discharge chutes and scrubber discharge points handling coarse gold ore, oversize material and highly abrasive trommel screen undersize in the primary processing circuit.
Ceramic Wear Lining vs Standard Alternatives
In high-abrasion gold plant applications, the choice of lining material directly determines maintenance frequency and total cost. This is how high-alumina ceramic compares to the alternatives typically used in gold processing circuits.
- Steel plate requires replacement every 3 to 6 months in high-velocity slurry service
- Rubber degrades rapidly in high-temperature or high-angle impact conditions
- Frequent replacement increases shutdown frequency and maintenance crew costs
- Wear rates unpredictable, often resulting in unplanned stoppages
- Higher total lifecycle cost despite lower initial material price
- Service life 3 to 5 times longer than steel in equivalent abrasion conditions
- Performs in high-temperature, high-angle and high-velocity slurry environments
- Predictable wear rates allow planned replacement within scheduled shutdowns
- Eliminates unplanned stoppages caused by premature lining failure
- Lower total lifecycle cost across full asset service life
Ceramic Wear Lining Installed Within Your Shutdown Window
Ceramic wear lining installation requires precision preparation, correct adhesive selection and adequate cure time before the asset returns to service. Our teams plan every ceramic installation around your shutdown schedule to deliver a fully cured and inspected lining within the available window.
Wear Assessment
We map wear patterns at each target location, confirm slurry velocity and particle characteristics, and specify the correct alumina grade, tile format and adhesive system for the service conditions present.
Surface Preparation
Abrasive blasting to SA2.5 minimum, with surface profile confirmed by Testex replica tape measurement. Ceramic adhesion is entirely dependent on the quality of the substrate preparation achieved prior to bonding.
Ceramic Installation
High-alumina ceramic tiles bonded with two-part epoxy adhesive by our own qualified installation teams. Tile layout, joint width and adhesive coverage are controlled throughout to the manufacturer specification.
Cure Verification & Handback
Full adhesive cure confirmed before the asset is returned to service. Installation is inspected, documented and signed off by our team prior to handback to site operations at the end of the shutdown window.
Ceramic Lining as Part of a Complete System
Ceramic wear lining addresses the extreme abrasion zones. For total circuit-wide wear management, it works alongside complementary protection systems that address chemical attack, moderate abrasion and surface preparation.
Our comprehensive wear protection systems for gold mines integrate ceramic lining with the full range of wear protection technologies for a complete solution:
Rubber Lining Services
Cold bonded rubber lining for lower-velocity slurry pipework, pump boxes and launders where rubber delivers the right combination of abrasion resistance and flexibility that ceramic cannot provide on curved or complex surfaces.
Protective Coatings & Industrial Coatings
Chemical-resistant epoxy and polyurethane coatings for structural steel, CIL/CIP tank internals and process infrastructure where cyanide and lime slurry attack require a chemical defence layer alongside physical wear protection.
Ceramic wear lining is the highest-performance option in our wear protection arsenal. Explore the full scope of our comprehensive wear protection systems for gold mines, or contact our team to discuss a ceramic lining assessment for your gold processing circuit in WA or Queensland.
Wear Protection SystemsOther Specialist Services in This Pillar
Ceramic wear lining works alongside these specialist services to deliver a complete wear management programme for your gold processing plant.
Need Ceramic Wear Lining for Your Gold Processing Circuit?
Talk directly with our team about your plant's highest-wear locations. We assess the specific wear conditions at each point and specify the correct ceramic grade and installation system for the service life your operation needs.