The Wing Pulley is a specialized conveyor component engineered specifically to eliminate material buildup and slag accumulation. By integrating a unique scraping mechanism into the pulley's circumference, it prevents debris from adhering to the rollers, which is critical for maintaining the steady operation of high-capacity belt conveyors and extending the overall equipment lifecycle.
Featuring a sophisticated structural design, our Wing Pulleys utilize metal scrapers with precision-engineered slopes that efficiently discharge stuck materials outside the conveyor belt. Constructed with automatic welding technology and medium-temperature annealing, these pulleys offer exceptional structural strength, minimal residual stress, and superior durability for the most demanding industrial environments.
| Pulley Type | Non-driving pulley | Belt Width (mm) | 500 / 650 / 800 / 1000 / 1200 |
|---|---|---|---|
| Outside Diameter (mm) | 250mm ~ 800mm (Based on Width) | Drum Length | Belt Width + 150-200mm |
| Connection Type | Key Block or XTB Expansion Sleeve | Welding Process | Automatic Welding Equipment |
| Heat Treatment | Medium Temperature Annealing | Scraper Material | High-Strength Metal |
| Customization | Available upon request | Application | Slag and Material Cleaning |
Integrated metal scrapers effectively remove slag and stuck materials to prevent roller contamination.
By preventing material buildup, the pulley reduces wear and tear on the entire conveyor system.
Automatic welding ensures consistent quality and maximum structural integrity under heavy loads.
Medium-temperature annealing minimizes residual stress, ensuring long-term geometric stability.
Sloped scraper design ensures that collected debris is discharged away from the belt path.
Compatible with key blocks or XTB expansion sleeves for secure and easy installation.
Real-time tracking of wing pulley stock and raw material availability.
Strict automatic welding inspection and annealing verification protocols.
Predictive scheduling for scraper replacement and pulley inspections.
Full visibility from customized design phase to final shipment.
Optimized shipping for oversized pulleys to reduce transit costs.
Rapid CAD prototyping for customized pulley widths and diameters.
| Metric | Standard Pulley | Wing Pulley System |
|---|---|---|
| Cleaning Efficiency | Low (Manual) | High (Automatic) |
| Roller Wear Rate | Accelerated | Significantly Reduced |
| Maintenance Frequency | Weekly/Daily | Monthly/Quarterly |
| Operational Uptime | Moderate | Maximum Stability |
| Total Cost of Ownership | High (Due to Repairs) | Low (Long-term Value) |
The primary function is to clean slag or stuck materials from the belt, preventing them from adhering to rollers and ensuring steady conveyor operation.
It uses metal scrapers on the outer circumference with a sloped interior that directs stuck materials away and outside the conveyor belt path.
We provide options for either a traditional key block connection or a high-precision XTB expansion sleeve for secure fastening.
Annealing reduces residual stresses created during the welding process, which prevents deformation and significantly extends the service life.
Yes, specifications including belt width, outside diameter, and length can be fully customized to meet your specific operational requirements.
By removing debris before it reaches the rollers, it prevents the rollers from becoming clogged, thereby reducing friction and increasing their operational life.