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Aero-Mechanical Conveyors

Powderflight™ aero-mechanical conveyors for high-capacity powder and granule conveying

Move powders and granules at virtually any angle with gentle handling, low attrition, dust-tight containment, and no filtration typically required at the discharge. Powderflight™ aero-mechanical conveyors are ideal for high-output conveying of food, chemicals, minerals, and other bulk solids.

High output in a compact footprint for powders, granules, and blended materials.
Gentle conveying action helps reduce particle damage and preserve blend integrity.
Dust-tight and self-emptying operation simplifies cleanup and receiving-vessel design.
✔ Serving NC & SC ✔ Local application support ✔ System integration guidance
Powderflight aero-mechanical conveyor with vertical and horizontal conveying path
Why plants choose AMCs

Ideal when you need high conveying rates, gentle handling, and dust-tight movement of powders or granules in a compact layout.

Any-angle conveying Vertical, inclined, or multi-path layouts
Minimal attrition Helps protect fragile particles and blends
Self-emptying Cleaner shutdown and easier batch changeovers
No discharge filtration Typically not required on the receiving vessel

Why choose an aero-mechanical conveyor?

Aero-mechanical conveyors use polymer discs mounted on a continuous wire rope to create moving air pockets that carry product through the conveying tubes. The result is a fast, dust-tight conveying method that handles powders and granules gently while maintaining strong throughput.

Key advantage: aero-mechanical conveying combines high output with low product degradation, making it a strong fit for fragile materials, blended products, and dust-sensitive applications.
  • High output relative to cost and power for many powder and granule applications.
  • Minimal blend separation helps preserve formulation consistency.
  • Dust-tight conveying path supports cleaner plant operation and less mess.
  • Portable, fixed, sanitary, and custom layouts can be matched to the process.
Portable aero-mechanical conveyor with bag dump and integrated controls

How Powderflight™ aero-mechanical conveyors work

The conveying principle is simple but highly effective: rotating discs pull both air and product through the tubes, creating a gentle, efficient conveying action that works across a wide range of bulk solids.

1

Product enters the inlet

Material feeds into the conveyor where it is picked up by moving air pockets created by discs on a continuous rope.

2

Discs move product through the tubes

The rope and disc assembly carries product smoothly through vertical, inclined, or multi-path conveyor layouts.

3

System self-empties at shutdown

That helps reduce leftover product in the conveyor and typically eliminates the need for filtration at the receiving vessel.

Configurations and options

Powderflight™ aero-mechanical conveyors can be configured for fixed plant installations, portable conveying, vertical-to-incline transfer, mobile bag dump stations, and horizontal/vertical multi-path systems.

Powderflight aero-mechanical conveyor configuration types including portable, vertical, bag dump, and multi-path layouts
Portable base Powderflight aero-mechanical conveyor rendering Portable base configuration
Vertical to incline Powderflight aero-mechanical conveyor rendering Vertical-to-incline conveying
Portable Powderflight aero-mechanical conveyor base rendering Portable production base
Mobile bag dump station feeding Powderflight aero-mechanical conveyor rendering Mobile bag dump station
Multi-path Powderflight aero-mechanical conveyor rendering Horizontal / vertical multi-path
Vertical to incline aero-mechanical conveyor configuration
Standard / Fixed

Vertical, inclined, or right-angle layouts

Supports at inlet with top or bottom-mounted drive, bolted tubes with seals for dust containment, and custom infeed hoppers or discharge connections.

Portable aero-mechanical conveyor on mobile base
Portable

Mobile base and integrated controls

Roll-up, plug-in conveying with optional bag dump hood and dust collection for flexible use across different lines, products, or campaigns.

Mobile bag dump station with aero-mechanical conveyor
Bag Dump Infeed

Manual bag dumping into the conveyor

Mobile or fixed bag dump stations can feed the conveyor while dust collection helps protect operators and keep the work area cleaner.

Multi-path aero-mechanical conveyor configuration
Multi-Path Systems

Horizontal and vertical conveying paths

Powderflight™ systems can be routed in horizontal/vertical paths to move material around plant constraints while keeping transfer enclosed.

Common options include outboard bearings, geared motor speed selection, pressurized double seals for inert gas purging, inspection hatches, V-belt or direct drive, top or bottom drive positions, carbon steel or stainless steel construction, and standard or custom in-feed arrangements.

Applications and materials handled

Aero-mechanical conveyors are a strong fit when you need gentle, enclosed movement of free-flowing powders or granules without sacrificing throughput. The Powderflight™ brochure lists a wide range of materials handled, including food ingredients, chemicals, minerals, pigments, resins, and plastic granules.

Food ingredients

Sugar, flour, milk powder, coffee, starch, spices, dehydrated foods, and other materials that benefit from gentle handling and clean conveying.

Chemicals and pigments

TiO₂, pigments, detergents, resins, urea prills, iron oxide, zinc oxide, and powders where dust control and consistent movement are important.

Minerals and bulk solids

Talc, calcium carbonate, cement, sand, silica, perlite, gypsum, limestone powder, and other dry bulk materials.

Adipic acid Aluminium chloride Aluminium oxide Barytes Bentonite Bran Brown sugar Calcium carbonate Carbon black Cement Coffee beans Coffee grounds Crop seeds Curry powder Custard powder Dehydrated foods Detergent powders Dog biscuits Flocculents Gelatine Granulated sugar Gypsum Icing sugar Iron oxide Lead oxide Limestone powder Magnesium oxide Melamine powder Milk powder Moulding powder Perlite Phthalic anhydride Pigments Plastic granules Potato flour Refractory powder Resins Salt Sand Silica Soap granules Sodium sulphate Soya flour Starch Sterilizing powder Talcum powder Titanium dioxide Tobacco fines Urea prills Water treatment powders Wheat flour Yeast extract Zinc oxide Zirconium sand

Capacities and sizes

Actual output depends on the product, rope speed, layout, and material characteristics. Testing is recommended to validate performance and optimize rope selection.

Model Capacity @ 200 RPM* Typical Tube OD Notes
M75~6 ft³/min~3–4 inCompact layout; blends stay homogeneous
M100~13 ft³/min~4–5 inPopular all-around size for powders and granules
M125~24 ft³/min~5–6 inHigher throughput with minimal attrition
*Product characteristics can increase or decrease output. Testing is recommended to confirm rate, rope selection, and overall suitability.

Photos and layouts

Frequently asked questions

Do aero-mechanical conveyors require a filter or dust collector on the receiving vessel?

Not typically. Because the system creates moving air pockets and self-empties, filtration at the discharge is generally not required.

How do you maximize rope life in an aero-mechanical conveyor?

Rope life is improved through proper speed selection, correct tensioning, soft-start controls, and designing the system to start and stop empty when possible.

Can aero-mechanical conveyors handle fragile materials and blends?

Yes. One of the main benefits of the conveying principle is minimal attrition and low blend separation, which makes it suitable for many sensitive materials.

Need help sizing the right aero-mechanical conveyor?

We help plants in North Carolina and South Carolina review the material, layout, throughput, inlet arrangement, and downstream equipment requirements before recommending the right Powderflight™ configuration.