Pulley Lagging | Rubber & Ceramic Strip
Pulley Lagging | Rubber & Ceramic Strip
Pulley lagging protects and increases the life of your conveyor belt and pulleys by absorbing the wear between these interfacing components.
Pulley Lagging
In addition our design and construction improves resistance to slippage, corrosion and abrasion coupled with greater shedding capabilities.
Rubber Strip Lagging
Our rubber strip lagging is cold bonded to the pulley shell. It is manufactured in an easily handled 250mm wide strip and in either diamond or plain pattern. Our patterns have excellent shedding capabilities minimisng build-up on the conveyor pulley.
Ceramic Strip Lagging
Ceramic lagging is available in either dimpled or plain tile and is designed to be applied on any drive or high tension pulley. The dimpled tile is used soley on drive pulleys to increase performance. The plain tile is used on any non-drive, high tension pulley or highly abraisive areas to minimise wear.
Polyurethane Strip Lagging
Polyurethane lagging is designed to be applied on non-drive pulleys only. The advanced formulation and manufacturing process of our polyurethane results in a product with an extremely low DIN abrasion level that will last up to 4 times longer than most rubber lagging products. Polyurethane also offers excellent product shedding capabilities.
Polyurethane Hot Cast Lagging
Hot cast polyurethane lagging is designed to be applied on non-drive pulleys only. The hot cast style of lagging delivers supreme performance in bond strength. The advanced formulation, ability to increase thickness and application process of our polyurethane results in a product with an extremely low DIN abrasion level which will last up to 6 times loger than most rubber lagging products.
All lagging is available in both natural and Fire Resistant Anti-Static (FRAS) materials.
To contact TS Global about Pulley Lagging | Rubber & Ceramic Strip use Get a quote.
Pulley Lagging
In addition our design and construction improves resistance to slippage, corrosion and abrasion coupled with greater shedding capabilities.
Rubber Strip Lagging
Our rubber strip lagging is cold bonded to the pulley shell. It is manufactured in an easily handled 250mm wide strip and in either diamond or plain pattern. Our patterns have excellent shedding capabilities minimisng build-up on the conveyor pulley.
Ceramic Strip Lagging
Ceramic lagging is available in either dimpled or plain tile and is designed to be applied on any drive or high tension pulley. The dimpled tile is used soley on drive pulleys to increase performance. The plain tile is used on any non-drive, high tension pulley or highly abraisive areas to minimise wear.
Polyurethane Strip Lagging
Polyurethane lagging is designed to be applied on non-drive pulleys only. The advanced formulation and manufacturing process of our polyurethane results in a product with an extremely low DIN abrasion level that will last up to 4 times longer than most rubber lagging products. Polyurethane also offers excellent product shedding capabilities.
Polyurethane Hot Cast Lagging
Hot cast polyurethane lagging is designed to be applied on non-drive pulleys only. The hot cast style of lagging delivers supreme performance in bond strength. The advanced formulation, ability to increase thickness and application process of our polyurethane results in a product with an extremely low DIN abrasion level which will last up to 6 times loger than most rubber lagging products.
All lagging is available in both natural and Fire Resistant Anti-Static (FRAS) materials.
To contact TS Global about Pulley Lagging | Rubber & Ceramic Strip use Get a quote.
TS Global supplies conveyor pulley lagging in rubber, ceramic and polyurethane forms, designed to absorb wear between interfacing conveyor belts and pulley surfaces and protect both components. Dimpled ceramic tiles are used only on drive pulleys to increase performance. For non-drive applications, polyurethane also offers product shedding capabilities and an extremely low DIN abrasion level.
- Rubber strip: cold-bonded to pulley shells; supplied in 250 mm-wide strips
- Rubber patterns are diamond or plain and help minimise material build-up
- Plain ceramic tiles suit non-drive, high-tension pulleys or highly abrasive areas
- Hot-cast polyurethane lasts up to 6 times longer than most rubber lagging products
- Available in natural or Fire Resistant Anti-Static (FRAS) materials
Source: listing by TS Global on IndustrySearch · Updated 2 Nov 2026
AI Overview is generated by artificial intelligence and may contain mistakes.
Written by AI from the listing by TS Global on IndustrySearch. It is meant to use only what that listing says, but it can still get details wrong, so check them with the supplier before you buy.
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