Magnetic-Grate Drawer suits chute-and-hopper applications.

Press Release Summary:




Drawer and Wing Grate Magnet, with Ceramic or Erium® 3000 Rare Earth magnetic tubes, provides solution to coarse scalping of nuts and bolts or removal of fine metal containment from free-flowing product applications. Built of stainless steel components and continuously welded frame and tube assemblies, drawer integrates into existing hopper-and-chute systems and is available in staggered, 2-tier designs.



Original Press Release:



Improved Drawer Grate Magnet for Chute and Hopper Applications



Erie, PA - April 2003 - Eriez has redesigned its Drawer and Wing Grate Magnet to improve operation and separation performance. These new drawer units, using Eriez' Ceramic or Erium® 3000 Rare Earth magnetic tubes, provide a powerful and economical solution to coarse scalping of nuts and bolts or removing fine metal containment from free-flowing product applications.

Built using only stainless steel components with a thicker door and continuously welded frame and tube assemblies, the new drawer is more rigid and easily integrates into existing hopper and chute systems. The optional deflector grid improves product purity by directing the flow over the magnetic surface. Eriez' Wing and Drawer Grate Magnets are also available in staggered, two-tier designs to provide the highest level of product purity.

To receive more information, call toll-free in the U.S. and Canada at (888) 300-(ERIEZ) 3743, go online at eriez-com or email to eriez@eriez.com.

Eriez, recognized as "world authority in advanced technology for magnetic, vibratory and metal detection applications," designs, develops, manufactures and markets advanced technology equipment for magnetic separation, metal detection and materials feeding, screening, conveying and controlling applications. Eriez manufactures and markets these products through ten international facilities located on five continents.

Sales Leads: Keith Jones - Eriez Magnetics - 814-835-6000 or kjones@eriez.com

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