'Compact' Conveying Elbows Said to Keep Material Intact
Pneumatic conveying elbows reportedly reduce wear too.
Gericke USA has introduced the Gericke Bend line of elbows, developed to protect particle shape, reduce elbow wear, and save space in pneumatic conveying systems.
The Gericke Bend elbows replace conventional-sweep and long-radius elbows with what’s billed as a clever, compact design configuration that gathers material and conveying air or gas in a round, rotating deflection zone that virtually eliminates destructive particle impact with the elbow wall. With the gradual, gentle release of the material downstream, the pipe elbows promote smooth, efficient conveying and a dust-free environment with reduced line downtime for substantial savings in maintenance.
Proven effective for conveying abrasive, heat-sensitive and other powders, pellets, flakes, and slurries, the Gericke Bend line of vortex elbows is available in seven different sizes to suit a wide range of material properties and throughput requirements. The 90° tube elbows are offered in cast iron or optional stainless steel with a variety of coatings to suit the conveyed materials. The elbows may be retrofit on existing pneumatic conveying systems or installed with the company's line of pneumatic conveying systems.
Related Content
-
How to Effectively Reduce Costs with Smart Auxiliaries Technology
As drying, blending and conveying technologies grow more sophisticated, they offer processors great opportunities to reduce cost through better energy efficiency, smaller equipment footprints, reduced scrap and quicker changeovers. Increased throughput and better utilization of primary processing equipment and manpower are the results.
-
Redesigned Rotary Level Indicator
Red enclosure now rotates once installed to help ensure conduit entries are always pointed toward the ground, mitigating the risk of moisture damaging internal components.
-
Mobile Sanitary IBC Unloading and Conveying System
Transfers contamination-sensitive bulk solid materials from IBCs to downstream processes, dust-free.