Patented multi-inlet scrap separation in a small package. Under-the-roof installation makes this unit a viable alternative to cyclone-type separators.

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An industry workhorse, this separator is available in a large range of air volumes. Sufficient headroom must be considered for installation.

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Ideal for system expansion needs. Concentrators can reduce air volume in lightly loaded conveying lines, and reduce the amount of air going to a primary separator.

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Simple and economic return-air filtering. Fabric bag-type filters are manually cleaned by "shaking." Ducting of return-air back into a plant has numerous benefits.

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An afterfilter with cartridge-type filtering and automatic pulsed-air cleaning. Filter changeouts are quick and easy. Units are compact and install in low headroom areas.

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The final step in any scrap handling operation. Proper size-matching with the pneumatic conveying system is important. Varying levels of automation are available.

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An ideal solution to tight bale-room layouts where conventional conveyor arrangements are constrained. Allows further automation of scrap-bale handling.

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Where turbulent air discharge is problematic, rotating blades form a seal to the baling device. Also available are double flapper-type valves with automatic timers.

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A totally air balanced material discharge method for separator outlets. Particularly useful in TekniFlow installations.

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An economical method of keeping bale room areas clean. These units allow larger scrap to be broken down and introduced into the pneumatic conveying system.

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A larger capacity shredder for efficient reduction of sheet type scrap. Belt feeds reduce operator caused plug-ups and improve worker safety.

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In the most demanding scrap reduction applications, these high horsepower units handle very large quantities of material safely and quickly.

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Rotary knives cut continuous machine-fed trim to a size that will convey in the air system. Units can be matched to line speeds and material weights.

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Useful for system automation, detection, warnings, and operator interfaces. PLCs can be added for more complex control requirements.

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A somewhat slower but sometimes necessary step in scrap transfer. Various types include belt, roller, powered and unpowered, inclined, and curved.

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The key component in many pneumatic conveying systems. Proper construction and sizing are critical for proper flow and pickup of scrap material.

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For transport of dusty air that a separator won’t remove, these fans come in various configurations such as centrifugal, duct-axial, and vaneaxial.

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Diverting of return-air can be useful in both maintenance and climate control situations. Available in manual and automatic configurations.

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Properly designed and fabricated inlet fittings can make the difference between operator frustration or troublefree performance.

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Streamlined internal components allow snag-free operation. Useful in multiple scraps, segregation, or line switching. Manual, pneumatic, or electric operators.

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An economical way of increasing system capacity when scrap sources are not in continual use. Switching can be automated with timers or manually activated.

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The air-bleed is one tool in the arsenal of proper material handling ducting design. Allows constant velocity ducting and relief of pressure impulses.

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