Garland Idlers for Power Plants
Chain-suspended garland idlers for power plant coal handling conveyors, providing flexible belt support with deep troughing on long-span CHP conveyor runs and coal stockyard stacking systems.
Trusted by the largest brands
Garland Idlers Key Specifications
Catenary Mounting
Wire rope or chain suspension between stringer supports, creating a natural catenary curve for continuous belt support on long CHP conveyor spans.
Roller Arrangement
3-roller and 5-roller garland sets providing 35° to 45° equivalent troughing for coal material containment on wide CHP belts.
Flexibility
Articulated chain links allow individual rollers to move independently, accommodating belt flap and dynamic coal loading variations.
Roller Diameter
76.1 mm to 114.3 mm rollers with corrosion-resistant coating for outdoor coal handling plant garland installations.
Bearing Protection
Sealed bearings with grease purge nipples for periodic relubrication on long-span outdoor CHP conveyor garland assemblies.
Suspension Rating
Galvanized suspension hardware rated for combined dead load of belt, coal, and garland assembly with 3:1 safety factor.

Industrial Applications
Long-Span CHP Gallery Conveyors
Garland idlers on 100-300 m gallery conveyors between coal stockyard and boiler house reduce structural support requirements while maintaining belt profile.
Coal Stockyard Stacking Conveyors
Stacker conveyors in coal yards benefit from garland idlers that provide deep troughing and accommodate boom angle changes during stacking.
Overland Coal Transport Sections
Where CHP conveyors traverse open areas between plant buildings, garland idlers reduce the need for intermediate support structures.
Customer Testimonial
- Industries Served
- 15+
- Years of Experience
- 10+
- Systems Installed
- 500+
- Happy Clients
- 600+
Need the Right Garland Idlers for Your Power Plants?
Our experts visit your site, understand your workflow, and recommend the exact configuration your system needs.
Bulk Material Handling Products for Power Industry
- Rotary Drum Diverter for Power Plants
- Pivoting Chute Diverter for Power Plants
- Swing Gate for Power Plants
- Butterfly Gate for Power Plants
- Slide Plate Gate for Power Plants
- Guillotine Gate for Power Plants
- Knife Gate for Power Plants
- Transfer Chute for Power Plants
- Belt Conveyor System for Power Plants
- Swing Gate Diverter for Power Plants
- Flap Diverter for Power Plants
- Slide Blade Diverter for Power Plants
- Rotary Plug Diverter for Power Plants
- Multi Louvre Damper for Power Plants
- Parallel Damper for Power Plants
- Double Flap Damper for Power Plants
- Splitter Damper for Power Plants
- Wing Pulleys for Power Plants
- Motorized Pulleys Drum Motors for Power Plants
- Shaftless Screw Conveyors for Power Plants
- Vertical Screw Conveyors for Power Plants
- Mixing Screw Conveyors for Power Plants
- Jacketed Screw Conveyors for Power Plants
- Twin Screw Conveyors for Power Plants
- Offset Rotary Airlock Valves for Power Plants
- Live Bottom Screw Conveyors for Power Plants
- Screw Feeders for Power Plants
- Standard Screw Conveyors for Power Plants
- Take-Up Tension Pulleys for Power Plants
- Side Entry Rotary Airlock Valves for Power Plants
- Snub Pulleys for Power Plants
- Blow-Through Rotary Airlock Valves for Power Plants
- Bend Pulleys for Power Plants
- Drop-Through Rotary Airlock Valves for Power Plants
- Tail Pulleys for Power Plants
- Head Drive Pulleys for Power Plants
- Pipe Conveyor Idlers for Power Plants
- Rubber Disc Idlers for Power Plants
- Self-Cleaning Idlers for Power Plants
- Spiral Idlers for Power Plants
- Guide Idlers for Power Plants
- Self-Aligning Idlers for Power Plants
- Impact Idlers for Power Plants
- Return Idlers for Power Plants
- Carrying Idlers for Power Plants











