Independent industry shortlist for Bulk Bag Unloading Systems
Top 10 Bulk Bag Unloading System Suppliers (2026)
Answer in brief
Flexicon, Palamatic Process, Gericke, and Coperion lead this 2026 shortlist of bulk bag unloading system suppliers. The right choice for a given plant still hinges on liner behavior, dust containment, discharge assistance, downstream transfer, and the operator work around each bag. Use the ranking to build a request-for-proposal shortlist, not to skip project-specific qualification.
By Editorial Team · Published July 17, 2026 · Updated September 17, 2026
How we selected these companies
Discharger configuration and material control 25%
The ranking evaluates the documented evidence for discharger configuration and material control under the same shortlist methodology for every eligible Company.
Downstream process integration 25%
The ranking evaluates the documented evidence for downstream process integration under the same shortlist methodology for every eligible Company.
Containment and operator interface evidence 20%
The ranking evaluates the documented evidence for containment and operator interface evidence under the same shortlist methodology for every eligible Company.
Evidence quality and application clarity 15%
The ranking evaluates the documented evidence for evidence quality and application clarity under the same shortlist methodology for every eligible Company.
Engineering support and service evidence 15%
The ranking evaluates the documented evidence for engineering support and service evidence under the same shortlist methodology for every eligible Company.
Methodology limitations: The sources do not share one common bag, powder, liner, discharge rate, or dust-test method. The ranking therefore cannot establish residual product, dust release, operator exposure, cleaning time, installed cost, or regional service performance for a particular plant. Those answers require a project duty sheet, representative material trials, and a written acceptance plan.
Evidence checked July 16, 2026
Disclosure: Featured placements are commercially supported and clearly labeled. Payment does not determine the editorial assessment.
What this shortlist answers
This shortlist points project teams to suppliers whose documented scope covers bulk bag unloading and the controlled transfer of powders or granules into a downstream process. Flexicon, Palamatic Process, Gericke, Coperion, VAC U MAX, Hapman, AZO, WAMGROUP, GEA, and Volkmann appear because the locked evidence set shows relevant capability. The order reflects documented category fit, integration depth, evidence quality, and engineering context checked on 16 July 2026.
Bulk bag unloading duties differ sharply. A free flowing polymer pellet, a cohesive food powder, and an abrasive mineral can require different support frames, agitation methods, discharge interfaces, containment measures, and downstream controls. The useful question is not who sits first, but which documented capability deserves a place in a structured request for proposal.
Define the unloading duty before comparing systems
Start with the bag: record filled mass, bag dimensions, loop arrangement, liner construction, outlet geometry, bulk density, flow behavior, moisture sensitivity, dustiness, segregation risk, and any tendency to bridge or compact during storage. These facts decide whether a simple gravity station will do or whether the duty needs massage paddles, tensioning, vibration, controlled access, or another assisted discharge approach.
The receiving process matters just as much as the frame. State whether material enters a hopper, feeder, pneumatic conveyor, mixer, mill, screen, or packaging line. Required rate, surge capacity, level control, isolation, weighing, and restart behavior define the real interface. A supplier with credible downstream integration evidence may reduce interface risk, but confirm that benefit in drawings and responsibility schedules.
Containment and operator work
Bag connection and empty bag handling deserve explicit review because they drive exposure, housekeeping, and cycle time. The proposal should explain how the outlet is accessed, how dust is captured, how the liner is controlled, and how residual material is managed. Where a glove box, split connection, local extraction, or contained compaction step is required, the supplier should define the performance basis and the limits of its responsibility.
Lifting and access are plant design questions, not accessories picked at the end. Compare hoist or forklift loading, clear height, structural loads, safe access, bag support, suspended load controls, and the space needed for cleaning and maintenance. A compact station can still be awkward to run if the layout forces difficult connection work or blocks safe removal of an empty bag.
Material flow and downstream stability
Reliable emptying is more than a peak discharge rate. The system should feed the next process without uncontrolled surges, long interruptions, or excessive aeration. For difficult materials, ask how the supplier selects agitation intensity and how that action affects particle damage, segregation, liner movement, or equipment wear. A good answer connects material behavior with control philosophy instead of presenting one generic device as a universal fix.
Responsibility map: separate included equipment from assumptions about the downstream system. Clarify who owns the transition, hopper, feeder, filter, controls, instrumentation, dust connection, and support structure. Where several vendors share the package, define who verifies capacity and who resolves a flow problem at the interface. This map often matters more than a small difference in purchase price.
Safety and compliance boundaries
Powder hazards must be evaluated for the actual material and jurisdiction. The shortlist does not establish combustible dust suitability, hazardous area conformity, food contact suitability, pharmaceutical compliance, structural approval, or lifting certification. Provide current hazard data and require each bidder to identify the safeguards, standards, certificates, exclusions, and local approvals that apply to the offered configuration.
Containment language needs measurable meaning. Terms such as dust free or hygienic say little without a defined operating procedure, cleaning method, test basis, and acceptance criterion. The final design review should cover normal unloading, partial bags, damaged bags, blocked outlets, loss of extraction, power failure, maintenance access, and disposal of liners and empty bags.
Compare total cost and service on equal terms
Total cost includes more than the unloading frame. Compare civil and structural work, lifting equipment, extraction capacity, controls integration, validation, installation, commissioning, operator training, spare parts, consumables, cleaning labor, bag disposal, and the cost of production interruptions. A low equipment price can mislead when key interfaces or site services are excluded.
Test service evidence during the proposal stage. Ask who performs application engineering, where trials can run, who supports installation, what documentation is supplied, and how urgent parts are handled in the intended region. A bidder can strengthen its practical case by answering the same technical questionnaire clearly and accepting a common performance test.
How to use the ranking responsibly
The first position is not a promise of the best result in every plant. Start with the candidates whose evidence matches the required unloading mode, then issue one shared data sheet and one shared scope matrix. Require written deviations, and ask bidders to separate proven capability from optional development. A supplier lower in this editorial ranking may be the stronger project choice when its tested solution better fits the actual bag, powder, layout, and support needs.
Acceptance review: plan it before placing an order. A useful protocol records bag handling time, discharge continuity, residual material, visible dust, downstream stability, alarm response, and safe completion of the empty bag procedure. Agree which material and bag construction will be used, who supplies them, and what constitutes a pass. That turns broad capability evidence into a result operators and engineers can verify together.
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Selected companies
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1Best for: Evidence-backed powder and bulk-solids capability
Flexicon
Flexicon
Flexicon documents an extensive range of bulk-bag discharger configurations with downstream powder-transfer options. That evidence is relevant when the duty needs the unloading station and conveying interface to be engineered as one system. The published material establishes a credible shortlist fit, but it does not prove performance for an unspecified powder, route or operating envelope. Confirm the exact model, materials of construction, controls, test basis, exclusions and acceptance criteria in the project proposal.
Evidence: Evidence comes from Flexicon's own product pages for the BULK-OUT BFC discharger, an independent datasheet published on GlobalSpec, and separate trade-press write-ups in Petfood Industry and The National Provisioner describing the dust enclosure, SPOUT-LOCK clamp ring, and FLOW-FLEXER bag activators.
Limitations: For bulk bag unloading and downstream powder transfer, the reviewed evidence for Flexicon supports Evidence, backed powder and bulk, solids capability. It does not establish material specific performance, installed cost, delivery time, regional service capacity, or compliance for a proposed site. For this bulk-bag unloading and downstream transfer shortlist, the statement applies only to the cited evidence and category duty.
View related CompanyTechnical score breakdown
- Discharger configuration and material control
- 5/5 · FLOW-FLEXER paddles, SPOUT-LOCK clamp ring, and TELE-TUBE tensioning are documented across multiple discharger configurations.
- Downstream process integration
- 5/5 · Product line includes discharger variants paired with a conditioner and direct feed into pneumatic conveyors.
- Containment and operator interface evidence
- 5/5 · Enclosed unit with vented dust containment and clear inspection panels is described on the manufacturer's own datasheet.
- Evidence quality and application clarity
- 5/5 · Independent trade coverage in Petfood Industry and The National Provisioner corroborates manufacturer claims.
- Engineering support and service evidence
- 5/5 · Explosion-proof and food, dairy, and pharmaceutical-grade construction options indicate application-specific engineering support.
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2Best for: Evidence-backed powder and bulk-solids capability
Palamatic Process
Palamatic Process
Palamatic Process documents manual through automated big-bag emptying arrangements. That evidence is relevant when operator access, liner handling, discharge assistance and automation level drive the selection. The published material establishes a credible shortlist fit, but it does not prove performance for an unspecified powder, route or operating envelope. Confirm the exact model, materials of construction, controls, test basis, exclusions and acceptance criteria in the project proposal.
Evidence: Evidence draws on eight published case studies on Palamatic's own site spanning chemical, food and feed, construction, energy, and pharmaceutical applications, several of which state throughput figures such as a 30-ton-per-hour acid discharge line and 22 bags per hour of cement handling.
Limitations: For the bulk bag unloading and downstream powder transfer shortlist, the source set establishes the stated capability for Palamatic Process, but it is not a witnessed acceptance test. Buyers still need current drawings, test conditions, references, service terms, and a written statement of exclusions. For this bulk-bag unloading and downstream transfer shortlist, the statement applies only to the cited evidence and category duty.
View related CompanyTechnical score breakdown
- Discharger configuration and material control
- 5/5 · EasyFlow unloading stations with unlacing cabinets and vibrating screens are documented across several published case studies.
- Downstream process integration
- 5/5 · Case studies show discharge stations feeding storage, dosing, and mixer-transfer stages within a single line.
- Containment and operator interface evidence
- 5/5 · Cases describe deconditioning without dust emission outside the containment zone at two operating stations.
- Evidence quality and application clarity
- 5/5 · Eight distinct case studies across chemical, food, construction, and energy sectors give unusually specific operating detail.
- Engineering support and service evidence
- 5/5 · Case studies specify operator counts and hoist arrangements, indicating documented installation support.
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Best for: Evidence-backed powder and bulk-solids capability
Gericke documents receiving and discharge systems integrated with powder-processing equipment. That evidence is relevant when unloading must feed a controlled downstream process rather than an isolated collection hopper. The published material establishes a credible shortlist fit, but it does not prove performance for an unspecified powder, route or operating envelope. Confirm the exact model, materials of construction, controls, test basis, exclusions and acceptance criteria in the project proposal.
Evidence: Evidence is limited to Gericke's own BBU product page and two Food Engineering trade articles describing the modular docking-station design, dual-ram agitation, and an optional ATEX-compliant configuration; no independent case study with quantified throughput or dust-emission data was located.
Limitations: The bulk bag unloading and downstream powder transfer review found evidence for the scope described above, not proof that Gericke fits every duty. Capacity, accuracy, cleanability, wear life, controls, and local regulatory obligations remain proposal specific. For this bulk-bag unloading and downstream transfer shortlist, the statement applies only to the cited evidence and category duty.
View related CompanyTechnical score breakdown
- Discharger configuration and material control
- 5/5 · BBU uses dual rotating stainless rams to agitate bags from opposite sides, per the manufacturer's product page.
- Downstream process integration
- 5/5 · The docking station is described as combinable with powder-processing and vacuum-conveying equipment.
- Containment and operator interface evidence
- 5/5 · Design is described as dust-tight with an optional ATEX-compliant configuration for hazardous environments.
- Evidence quality and application clarity
- 4/5 · Only two independent Food Engineering articles and the manufacturer page were located, with no quantified case study.
- Engineering support and service evidence
- 5/5 · Modular components are stated to be adaptable if requirements change after installation.
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4Best for: Evidence-backed powder and bulk-solids capability
Coperion
Coperion
Coperion documents bulk-solids system integration and downstream conveying capability. That evidence is relevant when the bag station forms part of a larger feeding or pneumatic-transfer system. The published material establishes a credible shortlist fit, but it does not prove performance for an unspecified powder, route or operating envelope. Confirm the exact model, materials of construction, controls, test basis, exclusions and acceptance criteria in the project proposal.
Evidence: Evidence consists of Coperion's own bag-dump-station and bulk-bag-discharger product pages, a published pneumatic-conveying overview PDF, and an industry application note on battery-material handling; these describe vacuum and pressure configurations but do not report independent test data or case-specific throughput figures.
Limitations: The evidence justifies consideration of Coperion for Evidence, backed powder and bulk, solids capability in bulk bag unloading and downstream powder transfer, while commercial and operating details remain unknown. Qualification should confirm material data, interfaces, utilities, safeguards, documentation, and support responsibility. For this bulk-bag unloading and downstream transfer shortlist, the statement applies only to the cited evidence and category duty.
View related CompanyTechnical score breakdown
- Discharger configuration and material control
- 5/5 · Bag dump stations are offered in vacuum and pressure configurations with discharge flanges matched to downstream equipment.
- Downstream process integration
- 5/5 · Discharge-tool choice of vacuum conveying, screw feeder, or discharge valve is documented for connecting to process equipment.
- Containment and operator interface evidence
- 4/5 · Dust-control and safety features are described generally; no enclosure or venting specification was located.
- Evidence quality and application clarity
- 5/5 · A published pneumatic-conveying overview PDF and an industry application note on battery-material handling support the product claims.
- Engineering support and service evidence
- 5/5 · Bulk-bag discharge equipment is presented as one part of a broader pneumatic-conveying systems portfolio.
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Best for: Evidence-backed powder and bulk-solids capability
VAC-U-MAX documents vacuum-transfer integration from bulk bags. That evidence is relevant when contained pickup and transfer to process equipment are central to the duty. The published material establishes a credible shortlist fit, but it does not prove performance for an unspecified powder, route or operating envelope. Confirm the exact model, materials of construction, controls, test basis, exclusions and acceptance criteria in the project proposal.
Evidence: Evidence is drawn from VAC-U-MAX's own bulk-bag-unloader product pages and a listing in the Powder & Bulk Solids equipment directory, which describe pneumatically operated massage paddles and heavy-duty welded frames; no independent trade-press review or third-party case study was found.
Limitations: The current source supports inclusion of VAC-U-MAX for bulk bag unloading and downstream powder transfer, but comparative test data were not available across every candidate. The rank must therefore be used as a research starting point, followed by equivalent written proposals and application testing. For this bulk-bag unloading and downstream transfer shortlist, the statement applies only to the cited evidence and category duty.
View related CompanyTechnical score breakdown
- Discharger configuration and material control
- 5/5 · Pneumatically operated massage paddles on all four sides are documented for less-than-free-flowing materials.
- Downstream process integration
- 5/5 · Discharge options include a vacuum pick-up adapter, screw discharger, or rotary airlock for varied convey rates.
- Containment and operator interface evidence
- 4/5 · Dust-free flow promotion is claimed; no enclosure or venting specification comparable to other suppliers was located.
- Evidence quality and application clarity
- 4/5 · Only manufacturer product pages and an equipment-directory listing were found, with no independent trade-press review.
- Engineering support and service evidence
- 5/5 · Company history since 1954 in vacuum-conveying technology is documented on its own site.
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6Best for: Evidence-backed powder and bulk-solids capability
Hapman
Hapman
Hapman documents bulk-bag unloaders combined with conveying equipment. That evidence is relevant when the project benefits from a coordinated discharger and mechanical-transfer package. The published material establishes a credible shortlist fit, but it does not prove performance for an unspecified powder, route or operating envelope. Confirm the exact model, materials of construction, controls, test basis, exclusions and acceptance criteria in the project proposal.
Evidence: Evidence comes from Hapman's own bulk-bag-unloader product pages and a published application-review article describing integration with the company's Helix flexible screw conveyor and PosiPortion feeder for bags up to 4,000 pounds; no independently published case study with quantified dust or throughput data was located.
Limitations: For bulk bag unloading and downstream powder transfer, the reviewed evidence for Hapman supports Evidence, backed powder and bulk, solids capability. It does not establish material specific performance, installed cost, delivery time, regional service capacity, or compliance for a proposed site. For this bulk-bag unloading and downstream transfer shortlist, the statement applies only to the cited evidence and category duty.
View related CompanyTechnical score breakdown
- Discharger configuration and material control
- 5/5 · Unloaders are documented for bags up to 4,000 pounds with modular flow-promoting components.
- Downstream process integration
- 5/5 · Product pages describe integration with the Helix flexible screw conveyor and PosiPortion feeder.
- Containment and operator interface evidence
- 4/5 · Reduced-dust operation is stated generally; no enclosure or containment-zone specification was located.
- Evidence quality and application clarity
- 4/5 · A published application-review article and manufacturer pages were found, with no independent case study.
- Engineering support and service evidence
- 5/5 · An in-house engineering team and panel shop are documented as producing custom configurations.
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7Best for: Evidence-backed powder and bulk-solids capability
AZO
AZO
AZO documents automated ingredient handling and discharge integration. That evidence is relevant when recipe control and automated raw-material supply are more important than a stand-alone unloading frame. The published material establishes a credible shortlist fit, but it does not prove performance for an unspecified powder, route or operating envelope. Confirm the exact model, materials of construction, controls, test basis, exclusions and acceptance criteria in the project proposal.
Evidence: Evidence is limited to AZO's own bulk-bag-dump-station and docking-system product pages, which describe integrated bag massagers, dust-control features, and COMPONENTER automation for docking bags to fixed dosing points; no independent trade-press coverage or published case study was located.
Limitations: For the bulk bag unloading and downstream powder transfer shortlist, the source set establishes the stated capability for AZO, but it is not a witnessed acceptance test. Buyers still need current drawings, test conditions, references, service terms, and a written statement of exclusions. For this bulk-bag unloading and downstream transfer shortlist, the statement applies only to the cited evidence and category duty.
View related CompanyTechnical score breakdown
- Discharger configuration and material control
- 4/5 · Unloaders are described with integrated bag massagers and dust-control features, without stated bag-weight or rate specifications.
- Downstream process integration
- 4/5 · COMPONENTER automation for docking bags to fixed dosing points is documented, though broader conveying-line detail is limited.
- Containment and operator interface evidence
- 5/5 · Automated docking and undocking is presented as reducing contamination risk between dosing points.
- Evidence quality and application clarity
- 4/5 · Evidence is limited to the manufacturer's own product pages, with no independent trade coverage located.
- Engineering support and service evidence
- 5/5 · Configurable unloader options are documented across multiple industry-specific product pages.
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8Best for: Evidence-backed powder and bulk-solids capability
WAMGROUP
WAMGROUP
WAMGROUP documents SBB FIBC dischargers and a broad bulk-solids component portfolio in its official catalogue. That evidence is relevant when the project needs a component-based unloading and transfer arrangement. The published material establishes a credible shortlist fit, but it does not prove performance for an unspecified powder, route or operating envelope. Confirm the exact model, materials of construction, controls, test basis, exclusions and acceptance criteria in the project proposal.
Evidence: Evidence includes WAMGROUP's own SBB and SBB-HFF product pages, a manufacturer manual hosted on ManualsLib, and directory listings describing the petal-shaped flow-aid system and the SBB-ADS anti-dust variant; the documentation centers on the discharger unit itself rather than downstream conveying integration.
Limitations: The bulk bag unloading and downstream powder transfer review found evidence for the scope described above, not proof that WAMGROUP fits every duty. Capacity, accuracy, cleanability, wear life, controls, and local regulatory obligations remain proposal specific. For this bulk-bag unloading and downstream transfer shortlist, the statement applies only to the cited evidence and category duty.
View related CompanyTechnical score breakdown
- Discharger configuration and material control
- 5/5 · SBB, SBB-HFF, and SBB-ADS variants document a petal-shaped flow-aid system across a modular discharger range.
- Downstream process integration
- 3/5 · Documentation centers on the discharger and its hopper; explicit downstream conveying-system integration detail is limited.
- Containment and operator interface evidence
- 5/5 · The SBB-ADS variant is specifically documented as an anti-dust design with a dust-proof loading interface.
- Evidence quality and application clarity
- 5/5 · Multiple manuals, brochures, and directory listings corroborate the product range in independent sources.
- Engineering support and service evidence
- 4/5 · The component-based FIBC discharger range reflects WAMGROUP's broader bulk-solids equipment portfolio.
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9Best for: Evidence-backed powder and bulk-solids capability
GEA
GEA
GEA documents a dedicated FIBC emptying-station scope. That evidence is relevant when the unloading point must fit a wider hygienic or food-processing line. The published material establishes a credible shortlist fit, but it does not prove performance for an unspecified powder, route or operating envelope. Confirm the exact model, materials of construction, controls, test basis, exclusions and acceptance criteria in the project proposal.
Evidence: Locked scorecard 21/25. Official GEA FIBC emptying-station evidence supports dedicated bulk-bag capability; the former endpoint returned a tool error and remains unverified rather than classified as dead.
Limitations: The evidence justifies consideration of GEA for Evidence, backed powder and bulk, solids capability in bulk bag unloading and downstream powder transfer, while commercial and operating details remain unknown. Qualification should confirm material data, interfaces, utilities, safeguards, documentation, and support responsibility. For this bulk-bag unloading and downstream transfer shortlist, the statement applies only to the cited evidence and category duty.
View related CompanyTechnical score breakdown
- Discharger configuration and material control
- 4/5 · FIBC emptying stations are documented for single-operator use with liner clamping and sealing to the hopper.
- Downstream process integration
- 3/5 · Scope is documented as a dedicated emptying station rather than a broader system with multiple discharge-tool options.
- Containment and operator interface evidence
- 5/5 · Sanitary clamping and sealing of the liner is documented to contain dust and exclude foreign material.
- Evidence quality and application clarity
- 4/5 · Manufacturer pages state emptying rates of roughly five to six bags per hour, with added coverage of the HYGiTip variant.
- Engineering support and service evidence
- 5/5 · GEA's food- and dairy-processing engineering base supports the hygienic emptying-station product line.
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10Best for: Evidence-backed powder and bulk-solids capability
Volkmann GmbH
Volkmann GmbH
Volkmann documents vacuum-transfer integration with a narrower stand-alone discharger range. That evidence is relevant when the main requirement is contained pneumatic pickup after bag discharge. The published material establishes a credible shortlist fit, but it does not prove performance for an unspecified powder, route or operating envelope. Confirm the exact model, materials of construction, controls, test basis, exclusions and acceptance criteria in the project proposal.
Evidence: Evidence comes from Volkmann's own BBU and RNT product pages and a Pack Expo trade write-up describing the stainless-steel discharger for bags up to 1,400 kilograms feeding into the company's VS-series vacuum conveyors; the discharger line itself is narrower than several competitors' offerings.
Limitations: The current source supports inclusion of Volkmann GmbH for bulk bag unloading and downstream powder transfer, but comparative test data were not available across every candidate. The rank must therefore be used as a research starting point, followed by equivalent written proposals and application testing. For this bulk-bag unloading and downstream transfer shortlist, the statement applies only to the cited evidence and category duty.
View related CompanyTechnical score breakdown
- Discharger configuration and material control
- 3/5 · The BBU series is a single stainless-steel discharger line for bags up to 1,400 kilograms, narrower than several competitors' ranges.
- Downstream process integration
- 5/5 · BBU and RNT stations are documented as feeding directly into the company's VS-series vacuum conveyors.
- Containment and operator interface evidence
- 4/5 · Dust-free emptying and ATEX-certified enclosed designs are documented on the manufacturer's site.
- Evidence quality and application clarity
- 4/5 · A Pack Expo trade write-up supplements manufacturer product pages, though no independent case study was located.
- Engineering support and service evidence
- 5/5 · A modular, no-tools-disassembly design across the vacuum-conveyor line is documented for varied downstream destinations.
Frequently asked questions
Can a featured supplier buy a higher bulk-bag rank?
No. Commercial participation, including a Featured Listing, cannot change eligibility, score, or position in this bulk bag unloading shortlist.
What does the bulk-bag unloading score measure?
It measures documented discharger capability and material control, downstream integration evidence, containment and operator interface coverage, and engineering support under the locked weighted criteria.
Does the first-ranked supplier fit every bag and powder?
No. Bag construction, material flow behavior, containment, lifting arrangement, and downstream interfaces still require project-specific qualification.
How is an unavailable bulk-bag source treated?
It stays classified as unverified until a direct check or an authoritative replacement confirms its status. The documented equipment is not assumed to have disappeared.
Related content
Continue exploring
Move from this page to the companies, videos and technical topics that add useful context.
Companies
Videos
Hapman
Hapman Compact Sieve Animation
Hapman's animation shows a compact vibratory sieve mounted beneath a bulk bag unloader, screening powder before it enters the next process step. The official product context describes a high-capacity, easy-clean option for restricted spaces; the animation itself is not evidence for vacuum-conveying performance.
F.lli Sacchi S.n.c.
Smart Pick – Fully Automated Bag Emptying and Processing of Complex Recipes
The video shows the F.lli Sacchi SmartPick robotic bag emptying system. A robot selects bags from pallet stations, presents them to a cutting and emptying station, and supports recipe controlled ingredient handling.
Vortex – Solids & Bulk Handling Components
Vortex®: Telescoping Loading Spout
Vortex presents a telescoping spout for guiding dry bulk material into a truck, railcar, vessel or stockpile. The video is useful for understanding the internal flow path and moving components. Pressure, leakage, wear, material compatibility and cleaning still require verification for the actual duty.