MINING RUBBER SOLUTIONS
Rubber Pulley Lagging
Rubber Pulley Lagging is a high-performance rubber lining applied to conveyor pulleys to improve belt traction, reduce belt slippage, protect pulley surfaces, and extend the service life…
PRODUCT OVERVIEW
Designed around demanding operating requirements
Rubber Pulley Lagging is a high-performance rubber lining applied to conveyor pulleys to improve belt traction, reduce belt slippage, protect pulley surfaces, and extend the service life of both the pulley and conveyor belt. Manufactured from premium-quality rubber compounds, pulley lagging enhances friction between the conveyor belt and pulley while minimising wear, vibration, and maintenance costs.
Rubber Pulley Lagging is widely used in mining, cement, power generation, steel, ports, aggregate, and material handling industries to improve conveyor system efficiency and reliability.
Conveyor pulley lagging helps improve belt traction, protect pulley surfaces and support reliable conveyor operation in dry, wet and demanding industrial conditions.
APPLICATIONS
Where this product is used
Rubber Pulley Lagging is suitable for drive pulleys, tail pulleys, bend pulleys, and take-up pulleys across a wide range of industries.
- Mining and Quarry Operations
- Cement Plants
- Steel and Metallurgical Industries
- Coal Handling Plants
- Thermal Power Stations
- Ports and Bulk Material Handling
- Fertilizer Plants
- Chemical Processing Industries
- Aggregate and Stone Crushing Plants
- Sand and Gravel Plants
- Food Processing Industries
- Recycling Plants
- Paper and Pulp Mills
- Logistics and Warehousing
- General Conveyor Systems
KEY FEATURES
Performance characteristics
Our Rubber Pulley Lagging is manufactured using premium-grade wear-resistant rubber compounds to deliver excellent grip, durability, and long-term performance.
- Excellent grip to minimise conveyor belt slippage.
- Increases friction between the pulley and conveyor belt.
- High abrasion and wear resistance.
- Excellent impact and tear resistance.
- Reduces pulley wear and extends pulley service life.
- Protects conveyor belts from premature damage.
- Improves conveyor efficiency and power transmission.
- Excellent resistance to moisture and general industrial conditions.
- Reduces vibration and operational noise.
- Easy installation and replacement.
- Low maintenance with long service life.
- Manufactured in accordance with international quality standards.
- Provides excellent grip in wet and muddy conditions.
- Effectively channels away water and debris.
- Ideal for drive pulleys operating in harsh environments.
- Suitable for dry operating conditions.
- Provides reliable grip with smooth belt operation.
- Cost-effective solution for general conveyor systems.
- Combines rubber with ceramic tiles for maximum traction and wear resistance.
- Ideal for heavy-duty and high-tension conveyor applications.
- Excellent performance in wet, muddy, and abrasive environments.
- Modular design for quick replacement.
- Minimises downtime during maintenance.
- Suitable for high-production conveyor systems.
TECHNICAL SPECIFICATIONS
Reference technical data and available configurations
Reference values are provided for preliminary product selection. Final specifications, tolerances, test methods, applicable standards and certification requirements must be confirmed for the selected grade and stated in the applicable quotation, technical datasheet or Certificate of Analysis (COA).
Reference Technical Specification
| Property | Reference specification |
|---|---|
| Polymer / construction | NR/SBR lagging rubber |
| Density | 1.15 ±0.03 g/cm³ |
| Hardness | 60 ±5 Shore A |
| Tensile | ≥14 MPa |
| Elongation | ≥350% |
| Tear | ≥30 N/mm reference |
| Abrasion | ≤120 mm³ |
| Compression set | Grade-specific |
| Temperature | -30 to +80°C general reference |
| Dimensions / construction | Thickness 6.6–20 mm; widths 0.5–2.0 m; roll 10 m; diamond depth ~2.5–8 mm by design |
| Primary application / strength | Improves pulley traction and protects pulley surface; suitable for drive/non-drive designs depending grade |
Available Grades / Options
| Available Grades / Options | Plain, mini/medium/max diamond, molded, CN bonding, oil/FRAS specialty grades |
Information Required for Quotation
| Information Required for Quotation | Specify pulley diameter, driven/non-driven, wet/dry, belt tension, lagging thickness, diamond pattern/depth, bonding layer/adhesive and required friction. |
Values marked as reference are indicative and may vary by grade, construction and test method. Please share the application and required standard for final confirmation.
ADVANTAGES
Practical benefits
- Prevents conveyor belt slippage.
- Increases pulley traction and transmission efficiency.
- Extends the service life of pulleys and conveyor belts.
- Reduces downtime and maintenance costs.
- Excellent resistance to abrasion and impact.
- Suitable for dry, wet, and abrasive operating conditions.
- Improves overall conveyor system reliability.
- Available in customised dimensions and surface patterns.
INDUSTRIES SERVED
Relevant industrial sectors
Industry references below are taken from the supplied product content.
MiningCementSteel & MetallurgyPower GenerationPorts & TerminalsAggregate & QuarryFertilizerChemical ProcessingPaper & PulpRecyclingFood ProcessingLogistics & WarehousingManufacturing
REQUEST A QUOTE
Discuss Pulley Lagging with Fidelin.
Share specifications, dimensions, quantity and destination.