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Installations
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Five individual fan systems convey kraft material from four (4) rewinders and a shredder to two (2) S-type MDU's mounted in a "Back-to-Back" configuration over the automatic baler. The air is being filtered by two(2) continuous cleaning pulse jet filters which clean the air and discharge the recycled air back into the plant. This system was installed in 1991. | |
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This folding carton plant has three (3) high-speed presses that can go to one (1) of two (2) balers. The "Back-to-Back" S-type MDU installation handles the scrap from all three (3) presses on one (1) side and a shredder on the other side. All the fan platforms and service areas were designed and provided by ASDI. This system was installed in 1996. | |
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A "Material Discharge Unit"
on a folio sheeter trim system over top of a pulper. This unit has a
switch valve to by-pass the pulper. The wet filter recycles the clean
air back into the plant while the dust goes into the pulper in a watery
slurry. This system eliminates the need of anyone having to handle the dust. It does it continuously and automatically. |
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Our " Material Discharge Unit, S-Type", over top of an Auto Wire Tier Baler in an air conditioned printing plant. It is handling three (3) trimmers or a floor sweep alternately, with a continuous cleaning filter behind the wall. | |
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One of our most recent installations was at Fiber Innovations, located in Gilroy, California. It is a new facility in which a new BHS corrugator was put in. The corrugator trim system utilizes an inline chopper behind each hood for chopping the trim so that it may be conveyed by a Material Handling Fan, which is fabricated in our own facility. | |
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This S-type MDU is located on the roof of a corrugated sheet plant. It is fed by two (2) fan systems. One fan conveys scrap material from a floor sweep shredder or alternately a manual floor sweep located by the baler. The second fan system removes continuous scrap from large Flexo-Folder-Gluer. Notice: The unique design of the separator provides for an installation requiring minimal roof clearances and no supporting steel structures. |
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