Case Study: Magnefast Ceramic Liners Proven at Port Hedland
From Trial to Transformation at the World’s Largest Bulk Export Port In 2019, a major export port in Port Hedland trialled the Magnefast™ Ceramic Wear Panels to solve a costly problem: Regular 10 monthly shutdowns to replace the studded Bisalloy wear liners, crane hire, and a 38 hour shut window to complete a wear liner […]
Magnefast – Polymetallic metal mine
Magnefast trial achieved 6 MONTHS service life meeting the current liner objective. The Magnefast liners showed 7 mm of wear in a 50 mm thick ceramic so panels have not been replaced and are expected to eliminate a number of liner…
Reduce maintenance time
80% less replacement time with Magnefast. Increase conveyor operating time. Do more during shutdown. Save on labour time. No crane needed.
Large Gold Mine
As part of a major production upgrade at a large gold mine Carters Engineering was asked to produce a new slurry box for the ore treatment plant. The slurry box was to be located in a position with difficult access making removal/replacement difficult.
Quarry – Screen Underpan Chute
This quarry located in the south-eastern region of New South Wales is a hard rock quarry that can produce up to 1.5 million tonnes per annum of quarry products.
Large Quarry – Train Loadout Deflector
Located in southwest of Sydney this hard rock quarry can produce up to 5 million tonnes per annum of products (ballast, aggregate, manufactured sand and road base).
Magnefast is safe
Keep your staff safe with no external scaffolding, no electrical, hydraulic or pneumatic tools – no drop from heights risks or stud cutting.
Magnefast proven performance
Magnefast wear panel solutions: proven performance for large Copper & Coal Mines, Power Station, Sand & Gravel Quarry, Iron Ore Export Port.
Magnefast is easy to use
No scaffold/studs or tools needed to install, great for locations with difficult access, no hole-stud alignment needed, no panel gaps.
Introduction to Magnefast
Magnefast is a patented single sided attachment system for wear panels that uses high strength neodymium magnets to hold the panels in place.