Outdoor ageing performance of elastotec ceramic lagging
Ceramic lagging is widely used in applications that require increased levels of grip and long service lif
Hot Vulcanised Lagging Application
Hot Vulcanised lagging application involves the chemical cross-linking of five reactive layers during the
Iron Ore Port Facility High Tension Bend Pulley – Elastotec Polyurethane Lagging
In November 2017 a major iron ore port facility in the Pilbara decided to replace the ceramic lagging on
Spare Pulleys – Hot Vulcanised vs Cold Bonded Lagging
Spare pulleys are held so that in the event that an operational pulley requires replacement this can be d
Consequences of Catastrophic Failure with Cold Bonded Lagging for New Mining Projects
Catastrophic lagging failure due to debonding occurred within two weeks of installation and operation of
Ceramic Lagging Tile Loss – Causes and Prevention
Ceramic lagging is chosen for pulleys where a long trouble free service life is required to ensure that t
The importance of good metal preparation to good lagging adhesion
Poor metal surface preparation Note uneven finish and the presence of machining marks – no evidence of
Curragh coal mine – improved service life of conveyor pulleys
The Curragh Coal Mine is an open cut coal mine located near Blackwater in Central Queensland, Australia.
Oyu Tolgoi High Tension Bend Pulleys – Improved Performance
Oyu Tolgoi is a large copper mine that has both open-cut and underground operations and has been operatin
How to Maximise Your Pulley Lagging Service Life: Hot Vulcanised vs Cold Vulcanised Application
Overview Mining technology is rapidly evolving to meet the challenges of extracting minerals in remote lo
New Technology Extends Service Life of Non Drive Pulleys and Protects the Conveyor Belt
Mining is an industry where reliability is crucial and unplanned down time can result in millions of doll
Vale’s Vargem Grande Iron Ore Conveyor Lagging Problem
Vale-operated Vargem Grande mine site is located in the state of Minas Gerais, Brazil and contains 2.53 b