Thank you to the Peruvian mining sector.
Thank you for the space to discuss your challenges.
Thank you for the opportunity to redefine conveyor reliability together.
So much to work together on.
So much to learn together.
Feeling excited 🙂
Watch the presentation deck below – but for further information please contact our team.
Debonding of Ceramic Lagging Ceramic lagging has traditionally been applied to pulleys using two-part neoprene contact cements in a process generally known as ‘cold bonding’. Although this is a convenient...
Fully Vulcanised Joints – No Weak Points For Water Penetration Cold Vulcanised Ceramic Lagging (CVCL) joints are a known weak point that allows water ingress and leads to corrosion of...
Increased Adhesion to the Pulley Shell A significant cause of ceramic lagging failure is lifting of the lagging edge due to corrosion occuring at the lagging pulley interface. This is...
Lagging Design Engineered To Allow Ceramic Tiles To Move Under Load And Minimise Slippage / Belt Cover Wear Belt cover wear occurs when there is slippage between the lagging and...
Increased fracture toughness Design engineered to provide cushioning from impact Ceramic Tile Cracking/Breakage Tile cracking leads to tile loss and may lead to premature failure of the ceramic lagging, with...
https://youtu.be/7z6VAukN7os Magnetic Strength That Redefines Fast Change-Outs At the core of Magnefast™ wear panel systems lies Elastotec’s high-strength Neodymium magnet technology – engineered for powerful, reliable magnetic attachment without the...
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