Flap Diverter for Steel & Sponge Iron Plants
UGES flap diverters use an internal pivoting blade to redirect gravity-flow materials in steel and sponge iron plants, offering compact and reliable two-way diversion for iron ore fines, flux materials, and DRI handling circuits.
Trusted by the largest brands
Flap Diverter Key Specifications
Diverter Type
Flap / Flapper with internal pivoting blade
Configuration
2-Way standard configuration
Actuation
Pneumatic, Electric, or Manual operation
Liner Material
Abrasion-Resistant Steel (400 BHN) or Ceramic Lined
Temperature Capability
Up to 200°C for warm material applications
Blade Design
Wear-resistant blade with replaceable liner plates

Industrial Applications
Screening Plant Oversize/Undersize Routing
Divert screened iron ore between oversize return conveyors and undersize product lines using compact flap diverters at screen discharge points in ore processing circuits.
Flux Material Bin Selection
Route limestone, dolomite, or other flux materials between storage bins using gravity-fed flap diversion for flexible blast furnace or steelmaking charge preparation.
DRI Gravity Chute Switching
Divert DRI pellets in gravity feed chutes between EAF charging bins and intermediate storage hoppers with reliable flap blade operation in sponge iron process lines.
What Our Partners Say
- Industries Served
- 15+
- Years of Experience
- 10+
- Systems Installed
- 500+
- Happy Clients
- 600+
Need the Right Flap Diverter for Your Steel & Sponge Iron Plants?
Our experts visit your site, understand your workflow, and recommend the exact configuration your system needs.
Bulk Material Handling Products for Steel & Sponge Iron Industry
- Swing Gate for Steel & Sponge Iron Plants
- Butterfly Gate for Steel & Sponge Iron Plants
- Slide Plate Gate for Steel & Sponge Iron Plants
- Guillotine Gate for Steel & Sponge Iron Plants
- Knife Gate for Steel & Sponge Iron Plants
- Rotary Drum Diverter for Steel & Sponge Iron Plants
- Pivoting Chute Diverter for Steel & Sponge Iron Plants
- Swing Gate Diverter for Steel & Sponge Iron Plants
- Slide Blade Diverter for Steel & Sponge Iron Plants
- Rotary Plug Diverter for Steel & Sponge Iron Plants
- Transfer Chute for Steel Plants
- Belt Conveyor System for Steel Plants
- Multi Louvre Damper for Steel & Sponge Iron Plants
- Parallel Damper for Steel & Sponge Iron Plants
- Double Flap Damper for Steel & Sponge Iron Plants
- Splitter Damper for Steel & Sponge Iron Plants
- Wing Pulleys for Steel & Sponge Iron Plants
- Pipe Conveyor Idlers for Steel & Sponge Iron Plants
- Spiral Idlers for Steel & Sponge Iron Plants
- Self-Cleaning Idlers for Steel & Sponge Iron Plants
- Rubber Disc Idlers for Steel & Sponge Iron Plants
- Guide Idlers for Steel & Sponge Iron Plants
- Garland Idlers for Steel & Sponge Iron Plants
- Self-Aligning Idlers for Steel & Sponge Iron Plants
- Return Idlers for Steel & Sponge Iron Plants
- Impact Idlers for Steel & Sponge Iron Plants
- Motorized Pulleys Drum Motors for Steel & Sponge Iron Plants
- Shaftless Screw Conveyors for Steel & Sponge Iron Plants
- Vertical Screw Conveyors for Steel & Sponge Iron Plants
- Mixing Screw Conveyors for Steel & Sponge Iron Plants
- Twin Screw Conveyors for Steel & Sponge Iron Plants
- Offset Rotary Airlock Valves for Steel & Sponge Iron Plants
- Live Bottom Screw Conveyors for Steel & Sponge Iron Plants
- Screw Feeders for Steel & Sponge Iron Plants
- Standard Screw Conveyors for Steel & Sponge Iron Plants
- Take-Up Tension Pulleys for Steel & Sponge Iron Plants
- Side Entry Rotary Airlock Valves for Steel & Sponge Iron Plants
- Snub Pulleys for Steel & Sponge Iron Plants
- Blow-Through Rotary Airlock Valves for Steel & Sponge Iron Plants
- Bend Pulleys for Steel & Sponge Iron Plants
- Drop-Through Rotary Airlock Valves for Steel & Sponge Iron Plants
- Tail Pulleys for Steel & Sponge Iron Plants
- Head Drive Pulleys for Steel & Sponge Iron Plants
- Carrying Idlers for Steel & Sponge Iron Plants
- Carrying Idlers for Steel & Sponge Iron Plants











