The industry's best value in loose material
handling conveyors and equipment
Hinged Steel Belting  
Endura-Veyor, Inc. hinged steel belting is stocked in 2 1/2" and 4" pitch sizes. Both sizes are available in multiple standard belt widths. Designed for any standard Endura-Veyor steel belt conveyor frame, as well as some other manufacturers frames. Contact an Endura-Veyor Sales Engineer for assistance with interchange dimensions when used as replacement belting in other manufacturers conveyor frames.
2-1/2" Pitch Steel Belting - "W" Series (Welded Wing Style)
2-1/2" Pitch Steel Belting
 
Side Wings: MIG Welded to Apron Pans
Construction: Pin and Cotter
Axles: Manufactured from high quality stress proof cold rolled steel. Ends milled with flats to interlock in outside side bars.
Rollers: Made from medium carbon steel and heat-treated for greater wear resistance.
Roller Bushings: Roller bushings are made from tubing, not rolled. By using tubing, the bushing maintains more roundness, which creates a more even wear surface. Bushings are heat treated for increased wear resistance.
Welded Side Wings: Welding the side wings to the pans keeps material from dropping through gaps between the wings and the pans. This feature reduces the amount of material allowed to migrate to the chain and tracks, which causes increased wear.
Side Bars: Constructing the chain with inside and outside side bars results in the load being carried by the chain as opposed to applying pressure to the thru axles and pan loops, which occurs when side bars are eliminated. Greater belt pull capacity is achieved with the use of side bars. "D" style outside bars keep the milled end axles from wear caused by the "scrubbing" action that occurs when the chain goes though curves and around sprockets. This feature eliminates that area as a wear point.
2-1/2" Pitch Steel Belting - "S" Series (Slide On Wing Style)

2-1/2" Pitch Steel Belting
Without Outside
Side Bars
2-1/2" Pitch Steel Belting
With Outside
Side Bars
Side Wings: Slide onto axles
Construction: Pin and Cotter
Axles: Manufactured from high quality stress proof cold rolled steel.
Rollers: Heat-treated for greater wear resistance.
Side Wings: The overlapping construction of the precisely formed side wings reduces the amount of material that would otherwise migrate to the chain and tracks.  This feature ensures longer belt life and higher performance.  These special heavy gauge steel side wings slide onto the belt axle using closely toleranced holes.  This cost cutting design enables the belt to be easily disassembled in minutes!
Side Bars: When equipped with outside side bars, belt pull increases up to 2,500 lbs.  This feature not only doubles belt performance, it adds even longer life to this already durable design.

















 
2-1/2" Pitch Low Profile Steel Belting (Welded Wing Style)
2-1/2" Pitch Low Profile Steel Belting
 
Construction: Pin and Cotter
Axles: Manufactured from high quality stress proof cold rolled steel. Ends milled with flats to interlock in outside side bars.
Rollers: Made from medium carbon steel and heat-treated for greater wear resistance.
Roller Bushings: Roller bushings are made from tubing, not rolled. By using tubing, the bushing maintains more roundness, which creates a more even wear surface. Bushings are heat treated for increased wear resistance. (Some belt manufacturers do not even use bushings.)
Welded Side Wings: Welding the side wings to the pans keeps material from dropping through gaps between the wings and the pans. This feature reduces the amount of material allowed to migrate to the chain and tracks, which causes increased wear.
Side Bars: Constructing the chain with inside and outside side bars results in the load being carried by the chain as opposed to applying pressure to the thru axles and pan loops, which occurs when side bars are eliminated. Greater belt pull capacity is achieved with the use of side bars. "D" style outside bars keep the milled end axles from wear caused by the "scrubbing" action that occurs when the chain goes though curves and around sprockets. This feature eliminates that area as a wear point.
4" Pitch Steel Belting (Welded Wing Style)

4" Pitch Steel Belting
shown w/heat bars

4" Pitch Steel Belting
shown less heat bars
Pans: Plain, Pimpled, or Pimpled/Perforated
Side Wings: MIG Welded to Apron Pans
Construction: Pin and Cotter
Axles: Manufactured from high quality stress proof cold rolled steel. Ends milled with flats to interlock in outside side bars.
Rollers: Made from medium carbon steel and heat-treated for greater wear resistance.  Flange rollers every other roller block to guide belt on track.
Roller Bushings: Roller bushings are made from tubing, not rolled. By using tubing, the bushing maintains more roundness, which creates a more even wear surface. Bushings are heat treated for increased wear resistance. (Some belt manufacturers do not even use bushings.)
Welded Side Wings: Welding the side wings to the pans keeps material from dropping through gaps between the wings and the pans. This feature reduces the amount of material allowed to migrate to the chain and tracks, which causes increased wear.
Side Bars: Constructing the chain with inside and outside side bars results in the load being carried by the chain as opposed to applying pressure to the thru axles and pan loops, which occurs when side bars are eliminated. Greater belt pull capacity is achieved with the use of side bars. "D" style outside bars keep the milled end axles from wear caused by the "scrubbing" action that occurs when the chain goes though curves and around sprockets. This feature eliminates that area as a wear point.

Welded belt loops

Welded Belt Loops
Improves overall belt pull

 

Impact pads

Impact Pads
Adds impact resistance

Standard and Wiper cleats

Wiper Cleats
Sweeps the return side of the frame

 

Top plates

Top Plates
Increases heat and impact limitations