Oreflow manufactures conveyor pulleys in Western Australia for mining and bulk materials handling. Our pulleys are built to handle the heavy loads, abrasive ore and long operating hours that are standard on local sites. Each unit is engineered to suit your belt width, system layout and required performance.
How our Pulleys Improve Conveyor Performance
A conveyor is only as reliable as its pulleys. Poor traction, vibration or out-of-balance rotation can shorten belt life and create tracking issues. Oreflow pulleys are fully machined and balanced to run smoothly under high tension. We supply a range of lagging types and shaft options so the pulley matches the application rather than forcing the site to work around a generic design.
Key Features
- Manufactured locally for fast lead times and superior quality control
- Built with heavy duty shells and stress-relieved construction
- Smooth, consistent rotation due to full machining and static balancing
- Lagging choices to suit wet, abrasive or high-tension systems
- Custom shaft and locking element design
Types of Conveyor Pulleys
Head Pulley
Takes the drive load and provides traction. This is often the highest tension point on the conveyor, so quality and balance matter. Suitable for long conveyors, inclined systems and heavy throughput.
Tail Pulley
Located at the return end of the conveyor. Helps guide the belt into the loading point and influences tracking and belt alignment.
Snub Pulley
Used to increase the wrap angle around the head pulley. Often needed on high load or wet systems to improve traction.
Bend Pulley
Redirects the belt to suit the layout. Common in transfer stations, tight conveyor footprints or retrofits.
Take-Up Pulley
Part of the tensioning system. Helps maintain correct belt tension through operation and load changes.
Pulley Lagging Options
Plain Rubber Lagging
A reliable general purpose option for most conveyors. Provides consistent traction and protects the pulley shell in moderate wear environments.
Diamond Groove Rubber Lagging
Designed to shed water and slurry to maintain traction in wet conditions. Helps reduce slippage on drive pulleys and improves belt grip during start-up and high load situations.
Ceramic Lagging
A high grip, long-wear option for demanding applications. Ceramic tiles embedded in rubber offer excellent traction and extended service life on high tension or abrasive conveyors.
Polyurethane Lagging
Suitable for wet, corrosive or chemical environments. Polyurethane offers good wear resistance and maintains traction where traditional rubber lagging breaks down faster.
How to Choose the Right Pulley
Selecting the right pulley depends on how your conveyor is built and the conditions it operates in. The main factors to consider are:
Belt Width, Speed, and Tension
These affect pulley diameter, shell thickness and shaft sizing.
Environmental Conditions
Moisture, dust, chemicals and temperature all influence lagging type and protective coatings.
Material Type and Abrasiveness
Abrasive ores increase lagging wear and may require ceramic and polyurethane.
Shaft and Locking Element Selection
Correct sizing ensures safe torque transfer and long bearing life.
Why Pulley Quality Matters
A conveyor relies on smooth, consistent pulley performance. When a pulley is not built or installed correctly, it often shows up as problems elsewhere in the system. Common issues include belt slippage, mis-tracking, premature lagging wear and vibration that transfers into bearings and frames.
High quality construction, correct balancing and suitable lagging help reduce these issues. A well engineered pulley runs smoothly under load, maintains traction in wet or abrasive conditions and supports longer belt life. For mining conveyors that operate around the clock, this has a direct impact on uptime and maintenance planning.
Installation and Maintenance
Correct installation plays a big role in how a pulley performs over its service life. A well installed pulley runs smoothly, maintains traction and reduces load on bearings and frames.
Technical Specifications and Customisation
Oreflow manufactures conveyor pulleys to suit a wide range of belt widths, load conditions and site environments. Every pulley is built to the required diameter, face width and shaft size, with materials and lagging options selected to match the conveyor design.
Common options include:
Diameter Range
Supplied for both mobile and fixed plant conveyors, from smaller drive pulleys through to large diameter units used on high tension systems.
Face Width
Matched to your belt width and loading geometry to ensure correct belt support and tracking.
Shell Construction
Heavy duty steel shells with full machining and static balancing for smooth rotation. Stainless steel options available for corrosive environments.
Shafts and Locking Elements
Designed to suit the required torque, tension and bearing arrangement. Multiple locking element styles available.
Lagging Options
Rubber, diamond groove, ceramic or polyurethane depending on site conditions and belt requirements.
End Disc and Weld Design
Engineered for strength and long service life under continuous load.
Frequently Asked Questions
Request a Quote
If you need new conveyor pulleys or refurbishment support, our team can help. Send through your belt details and site requirements and we will provide a quick, accurate quote.
