| Ceramic lagging | ||
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TCS are proud to stock and service the CQMS Razer range of conveyor pulley lagging |
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Where prevention of belt slip, prolonged lagging life and increased drive efficiency are key considerations, Razer Ceramic Pulley Lagging can provide the solution. A combination of aluminium oxide ceramic tiles and high quality synthetic rubber, Razer Ceramic Pulley lagging is available to suit any conveyor pulley application. |
| Rubber natural lagging | ||
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Razer rubber pulley lagging is a high quality synthetic rubber lagging product utilising manufactured using our 2 polymer construction process. All Razer rubber lagging is designed to increase conveyor performance by eliminating belt slip, increasing water shedding capacity and extending pulley shell wear common in un-lagged pulleys. Razer rubber lagging provides for cost effective workshop and field application for virtually any drive or non-drive pulley application. | |
| Rubber FRAS lagging | ||
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Razer rubber pulley lagging is a high quality synthetic rubber lagging product utilising manufactured using our 2 polymer construction process. All Razer rubber lagging is designed to increase conveyor performance by eliminating belt slip, increasing water shedding capacity and extending pulley shell wear common in un-lagged pulleys. Razer rubber lagging provides for cost effective workshop and field application for virtually any drive or non-drive pulley application. | |
| Strip Polyurethane lagging | ||
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Suitable for all non-drive pulleys where service life is a critical factor, Razer polyurethane lagging offers an average 500% increase in service life over Razer rubber lagging. A combination of highly abrasive resistant polyurethane bonded to a neoprene backing rubber, Razer Polyurethane Lagging delivers maximum service life while reducing both initial and ongoing maintenance costs. |
