Aeration Conveyors (Air Slides)

dclinc@michigancreative Aeration

Aeration conveyors (Air Slides) are used to gravity-convey powders by passing low-pressure air through a porous membrane media and into the bed of the material being handled.

You can handle a large variety of materials with aeration conveyors regardless of their abrasive nature or bulk density. The criteria are particle size, moisture content and temperature. Generally a product should have a particle distribution of 100% through a 20 mesh screen. Moisture content should be below 1% and temperature can not exceed 1200 degrees Fahrenheit [649˚ C].

The absence of moving parts and low power requirements make air gravity conveying the most economical way to convey fine materials over short or long distances.
DCL can perform a product compatibility test for you to determine the optimum conveying angles and aeration volumes for your application. We’ll need a minimum product amount of 2 cubic feet [0.07 m³] to conduct a proper test.

We offer a large selection of aeration conveyors from 6 inches [152 mm] wide up to 36 inches [914 mm] wide, with conveying capacities up to 1000 cubic feet per minute [28.3m³/min]. Conveyors also are available in a high top or low top design, offering you maximum flow rate or minimum headroom to best suit your application.

A choice of construction materials allows you to effectively handle all types of products – fine, abrasive and corrosive – and difficult dusty or sanitary applications.

Application: Conveys dry bulk materials from point A to point B on a downward slope.

Specifications: Sizes from 6” to 36” wide with conveying capacities up to 1,000 CFM.

Application Data Sheets:
Application-Data-Sheet-Aeration-1.pdf

Product Literature:
Full Line Brochure (English)
Full Line Brochure (Spanish)
Loading Systems Brochure (English)

Specifications Drawings:
SpecDWG-fbva-10001.pdf
SpecDWG-fbve-10001.pdf
SpecDWG-fc-10001.pdf
SSpecDWG-fc-10002.pdf
SpecDWG-fctb-10001.pdf
SpecDWG-fctb-10002.pdf
SSpecDWG-sdga-10001.pdf
SpecDWG-sdga-10002.pdf

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