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Supplier: Schutte & Koerting
Description: Eductors Using Liquid in Handling Dry Solids use liquid under pressure which issues through a nozzle in the eductor and produces a high velocity jet. This creates a suction in the body of the eductor and causes the suction material to be drawn into the eductor and
- Material Type: Abrasives / Ceramics, Chemicals / Fertilizers, Food Processing, Mining / Ores / Minerals, Polymers / Molding, Power / Coal and Coke, Sanitary / Pharmaceutical
- Common Features: Blending Capability, Integral Hopper / Bin
- Application / Operation: Conveyor Feeding
- Features: Other
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Supplier: Gilson Company, Inc.
Description: Inquire, describing exact needs, for special quotations. In selecting a suitable model, choose a chute width at least twice material's topsize (3 times for coal or coke) to avoid bridging in the splitter, and to meet applicable ASTM sampling standards. If material
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Supplier: Gilson Company, Inc.
Description: Inquire, describing exact needs, for special quotations. In selecting a suitable model, choose a chute width at least twice material's topsize (3 times for coal or coke) to avoid bridging in the splitter, and to meet applicable ASTM sampling standards. If material
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Supplier: Gilson Company, Inc.
Description: Inquire, describing exact needs, for special quotations. In selecting a suitable model, choose a chute width at least twice material's topsize (3 times for coal or coke) to avoid bridging in the splitter, and to meet applicable ASTM sampling standards. If material
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Supplier: Gilson Company, Inc.
Description: Inquire, describing exact needs, for special quotations. In selecting a suitable model, choose a chute width at least twice material's topsize (3 times for coal or coke) to avoid bridging in the splitter, and to meet applicable ASTM sampling standards. If material
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Supplier: Coperion K-Tron
Description: Materials Fed: Vibratory loss-in-weight feeders are recommended for free-flowing abrasive or friable materials and fiberglass. Vibratory trays in three sizes can be combined with various hopper sizes to feed difficult materials like glass fiber.
- Volumetric Capacity: 11.80223675 ft³/hr
- Common Features: Control Panel, Integral Hopper / Bin
- Material Characteristics: Dry / Free Flowing, Wet / Bridging
- Feeder Type: Feed Screws / Augers
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Supplier: Coperion K-Tron
Description: Materials Fed: Twin screw loss-in-weight feeders handle pigments, sticky, bridging or flooding powders and fiberglass.
- Volumetric Capacity: 0.85555664 ft³/hr
- Common Features: Control Panel, Integral Hopper / Bin
- Material Characteristics: Dry / Free Flowing, Wet / Bridging
- Feeder Type: Feed Screws / Augers
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Supplier: Komline
Description: Feed material from a hopper without surging and bridging Komline-Wyssmont’s Multiple Screw Feeder features a series of carefully fabricated, continuously welded helicoids operating in parallel to feed material from a hopper without surging and
- Application / Operation: Conveyor Feeding, Process / Bin Discharging
- Material Characteristics: Dry / Free Flowing, Wet / Bridging
- Feeder Type: Feed Screws / Augers
- Common Features: Integral Hopper / Bin
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Description: ENVIROLASTIC AR530 BRUSH GRADE is a 100% solids, fluid applied polyurea elastomer repair material that is based on proprietary polyurea formulation and a modified amine curing mechanism. It can be applied at thicknesses of 30 - 250 mils in consecutive multiple applications. Fast cure
- Viscosity: 300 cP
- Use Temperature: -20 to 250 F
- Tensile Strength (Break): 2,440 psi
- Elongation: 530 %
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Supplier: Coperion K-Tron
Description: Use K-Tron's modular Loss-in-Weight feeders for materials with varying bulk density and for material handling automation. Loss-in-Weight gravimetric feeders are the best choice for long term accuracy, repeatability and quality documentation, and where dust control is a
- Volumetric Capacity: 213.88916 ft³/hr
- Common Features: Control Panel, Integral Hopper / Bin
- Material Characteristics: Dry / Free Flowing, Wet / Bridging
- Feeder Type: Feed Screws / Augers
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Supplier: Vibra Screw, Inc.
Description: on a first-in, first-out basis. Vibra Screw Live Bottom Bins eliminate bridging and condition materials to constant bulk density for more consistent downstream feeding.
- Volume: 1.2220651485148515 to 27.77420792079208 cubic yards
- Width/Diameter: 20 to 96 inch
- Type: Dry Flow, Surge
- Material: Steel
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Supplier: Cleveland Vibrator Company (The)
Description: packing in hoppers. Low maintenance is guaranteed by a combination of a springless design and only one moving part. The single impactor makes less noise and consumes less air than most air and electric vibrators because there is no continuous blast of exhausting air. Like VMSAC and
- Equipment Type: Bin / Hopper Vibrator
- Power: Pneumatically Powered
- Material Characteristics: Wet / Bridging
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Supplier: Coperion K-Tron
Description: When feeding cohesive or other difficult materials, intermittent or inconsistent flow through the feeder's hopper impairs performance and can even halt the process. The ActiFlow Smart Bulk Solids Activator reliably prevents bridge-building and ratholing of cohesive bulk
- Material Characteristics: Dry / Free Flowing
- Common Features: Integral Hopper / Bin, Vibrator / Impactor / Agitator
- Application / Operation: Metering
- Features: Other
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Supplier: Spiroflow Systems, Inc.
Description: Bin Activators Do you need to effectively control the discharge of material from bulk containers? Bin activators and vibratory feeders can control material flow rates and minimize bridging. When you need to control material flow rates and minimize bridging consider
- Size: 12 to 24 inch
- Equipment Type: Bin / Hopper Vibrator, Bin Activator System
- Material Characteristics: Dry / Free Flowing
- Power: Electrically Powered, Pneumatically Powered
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Supplier: Flexicon Corporation
Description: Move virtually any bulk material, from any upstream source, to any downstream destination Whether you are sourcing material from bulk bags, silos, manual dumping stations, process equipment or all of the above; weigh batching one ingredient or 50; blending your recipe; filling
- Bulk Container Type: Bag
- Common Features: Blending Capability, Integral Hopper / Bin
- Material Characteristics: Dry / Free Flowing
- Application / Operation: Process / Bin Discharging
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Supplier: Solimar Pneumatics
Description: Uniform flow and discharge of dry bulk materials through aeration and hopper wall vibration. Prevents bridging, rat holing and compacting in storage silos, dust collectors, weigh bins and IBC’s. Aeration to loosen product - Directional air flow forces air along bin wall,
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Supplier: AccuRate/Schenck AccuRate
Description: internal stirring or vibration devices to keep material moving, Schenck AccuRate pioneered the preferred Tuf-Flex™ seamless vinyl hopper, that is externally massaged by two agitation paddles. Material is conditioned to a uniform bulk density, evenly filling the flights of the
- Volumetric Capacity: 0.1 to 280.00000000000006 ft³/hr
- Material Type: Chemicals / Fertilizers, Food Processing, Polymers / Molding, Sanitary / Pharmaceutical
- Common Features: Control Panel, Portable / Mobile
- Material Characteristics: Dry / Free Flowing
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Description: Fast cure - short downtime No VOCs and low odor Seamless flexible and waterproof Bridges moving cracks to 1/8" Retains physical properties at -20°F to 250°F Acceptable for use in USDA inspected facilities RECOMMENDED USAGE Designed for use as a repair material for polyurea coatings and
- Wet / Applied Thickness: 0.03 to 0.04 inch
- Cure / Dry Temperature: 73 F
- Operating / Use Temperature: -20 to 250 F
- Dispensing Method: Brush / Roll-on
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Supplier: Deca Vibrator
Description: Deca’s pneumatic (air) piston vibrators produce powerful impacts in short bursts, providing material flow solutions or densification, for all kinds of solids, slurries, and liquids. Piston vibrators stand out among industrial vibrators for breaking up stubborn bridging and
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Supplier: Deca Vibrator
Description: Deca's DBV Series Rotary Pneumatic Ball Vibrators reach frequencies higher than 580 Hz (> 35,000 r.p.m.) and they are used wherever powdery materials have to be moved. The frequency is variable by adjusting the inlet pressure. These vibrators are installed on bins and hoppers to
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Supplier: Deca Vibrator
Description: operation. Application The DI-150S, DI-170S & DI-200S impacting piston vibrators are designed to give a high shock force suitable for knocking off stubborn material adhering to hopper walls, which in turn would diminish the possibility of bridging and ratholing.
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Supplier: Deca Vibrator
Description: of 1000 Kgs/2200 Lbs. Screens: Very effective on small screens for materials of low specific gravity, granular materials and powder. Hoppers: Certain applications where larger materials bridge. Not suitable for sticky or ratholing materials. Accessories Silencers
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Supplier: Metalfab, Inc.
Description: Bin Activator and the Posibin, the Live Bin will insure the uninterrupted flow of material without bridging or rat holing upon demand. Metalfab Live Bins are ideally suited for both sanitary and pressure applications since there is no gap to be closed off between a non-vibrated and a
- Volumetric Capacity: 3 to 100.00000000000001 ft³/hr
- Size: 20 to 60 inch
- Feeder Type: Bin Activator System, Vibratory Feeder
- Material Type: Chemicals / Fertilizers, Food Processing, Pulp and Paper / Wood, Sanitary / Pharmaceutical
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Supplier: Admix
Description: for rapid incorporation and wetting out of difficult powders. Eliminate powder bridging in the hopper Deliver powder in line at controlled feed rates from 3 to 400 pounds per minute! Continuous powder delivery even as viscosity and solids levels increase Deagglomerate and
- Operating Condition: Batch Operation
- Features: Industrial, Laboratory
- Media Type: Powders or Granules
- Mixer Type: Rotor-Stator
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Conduct Research Top
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Reducing Bridging in Dust Collector Hoppers
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Preliminary Safety Information Document for the Standard MHTGR. Volume 1, (includes latest Amendments)
system failure (the actuation failures include electrical failures of the fusible links) or by material bridging in the hopper .
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DESIGN OF THE DEMOSNTRATION BULK VITRIFICATION SYSTEM FOR THE SUPPLEMENTAL TREATMENT OF LOW ACTIVITY TANK WASTE AT HANFORD
To prevent material bridging in the hopper , and distribute material evenly to each auger train, the hopper is equipped with an agitator located near the bottom ofthe hopper.
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http://etd.auburn.edu/bitstream/handle/10415/3393/Thesis_11_1_12.pdf?sequence=2
passes through an agitator which is used to prevent material bridging in the hopper while .
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Translations
[18443 Bridging of material in hoppers .
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Kenaf: A Multi-Purpose Crop for Several Industrial Applications
With whole plant material the feeding was extremely irregular and the material frequently bridged in the hopper system.
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Food group symposium young authors' meeting
… fine orifice it needs to be free flowing but if the flow is unstable and liquidlike, that is floodable, it may be fluidised either from the sudden breaking of an arch or bridge of material in a hopper or by flowing into …
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POWER SYSTEMS DEVELOPMENT FACILITY
As discussed later in this report, the transient cake also had lower drag than the bridged material and hopper samples ( in situ samples were not tested due to insufficient sample size).
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Enhancing Carbon Reactivity in Mercury Control in Lignite-Fired Systems
It was determined that the initial calibration of the Train 2 feeder was biased as a result of bridging of material in the hopper feeder.
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Application of automatic control and computerization to metering of charge components
… the charge division, the tray feeders were replaced by vibration- aided feeders, weight-gaging devices with magnetoelastic sensors under each vibratory feeder were installed, an automatic system for breaking up the lumpy materials in the hoppers whenever bridging occurred was installed, and …
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Factors affecting the performance of Variable Rate Application Technology (VRAT) for aerial topdressing.
The Lime flow problem as experienced by the industry is comprised of two distinct issues, bridging of material in the hopper and adhesion to the aircraft.