PEBCO® Rolling Blade® Gate

The PEBCO® Rolling Blade Gate® design is unique with its curved blade design that cams up upon final closure. The cam action design minimizes seal wear for long operational life and creates a tight seal at the point of full closure. The Rolling Blade gate is ideal for grains, granular, and powder products.



PEBCO® Bucket Diverter

The PEBCO® Bucket Diverter is ideal for both flow diversion and proportional flow splitting applications. PEBCO® Bucket Diverters provide zero leakage to the closed leg without the need for elastomer seals. This design provides long operational life with minimal maintenance. The PEBCO® Bucket Diverter can be shifted with product flowing through the diverter.  PEBCO® provides a variety of diverter styles and configurations that are specific to meeting the project’s requirements. Materials of construction for the inlet throat, bucket, and outlet flow surfaces include AR steels, stainless steels, chromium carbide and ceramic liners. It is available in both two-way and three-way diverter configurations. The PEBCO® Bucket Diverter has been applied in frac sand, potash, phosphate rock, coal, ore and wood chip/pellet applications.


PEBCO® Dustless Loading Spout

The PEBCO® Dustless Loading Spout is used for loading dry bulk solids into open and enclosed trucks, railcars, barges, ships, and containers. The spouts incorporate a series of stacking cones that contain the product as it free falls into the vessel being loaded. An outer sleeve assembly envelops the cone sections in order to contain fugitive dust.  PEBCO® Dustless Loading Spouts are available with spout positioners, integral dust collectors, and articulated loading systems.  Cone materials are   available in polyethylene, mild steels, AR steels, stainless steels, and chromium carbides. 



PEBCO® Loading Systems


PEBCO® Truck and Train Loading Systems provide in-motion loading of trucks and trains.  PEBCO® loading   systems are available in volumetric, coupled-in-motion and batch weighing technologies. Both telescopic and the patented Uni-load® chute designs are available for optimal loading performance.  Turnkey loading solutions are now available from PEBCO®, Inc.


 PEBCO® Food Grade Diverter

The PEBCO® Food Grade Diverter is a specially designed diverter that provides significantly reduced maintenance and zero leakage to the closed leg and requires no elastomer seals.  The valve is of stainless steel construction and was manufactured to food grade processing requirements.


PEBCO® Burner Isolation Valve

The PEBCO® Burner Isolation Valve is an NFPA Code 85 design valve for use in boiler applications in coal fired power plants. The PEBCO® Burner Isolation Valve design provides a positive shut off and pressure isolation for workers performing maintenance to equipment upstream of the Burner Isolation Valve. Full closure is attained even after extended operation in the open position and repeated thermal cycling. Actuation of the gate can be accomplished using manual, pneumatic, or electric actuators. 


PEBCO® Telescopic Chutes

PEBCO® Telescopic Chutes offer reduced dust emissions for open or enclosed storage piles, barge, and ship loading applications. High tonnage rates are attainable with this chute design.

 Telescopic chutes work well with abrasive products. UHMW Tube sections are available for sticky or corrosive materials or when the dead load of the chute must be as light as possible to minimize loading of existing structures. Winch systems can be either a remote or an integral design.


PEBCO® Double Blade Mass Flow Feeder

The PEBCO® Double Blade Mass Flow Feeder offers a number of features and benefits unique to this feeder design. The Double Blade Mass Flow Feeder was engineered to provide the en-masse flow control of dry bulk materials from mass flow storage vessels. In addition, this product has been applied under funnel flow storage vessels and hoppers, as well as open stockpiles, providing the same key benefits as when applied under mass flow storage vessels. These features and benefits include, but are not limited to:

  • High product flow regulating accuracies of +/- 1% of the set flow rate
  • Very low dust emissions due to its completely enclosed design
  • Minimal maintenance requirements and prolonged feeder and component operational life
  • The elimination of “product flashing” when initially filling or emptying the storage vessel
  • Low energy consumption especially when compared to other feeder designs of comparable feed rates.
  • Excellent for applications where blending of products is required
  • The feeder design assures product discharge on the center line of the conveyer belt regardless of the flow rate of the feeder