Nylox® Bore-Rx™ 86123 Wire Wheel Brush, 6 in Dia x 3/4 in W, 2 in, 0.026 in Crimped/Round Wire

Wheel Brushes
606562 MFG #: 86123
Weiler®
82.26000 / ea
  • Attachment Type: Unthreaded Arbor
  • Catalog Number: 86123
  • Country of Origin: US
  • Filament Type: Crimped/Round
  • Fill Material: Ceramic
  • Gross Weight Per Pack: 1.0000 lb
  • Maximum Speed: 4000 rpm
  • Standards: ANSI B165.1
  • Sub Brand: Nylox®
  • Trim Length: 1 in
  • Type: Composite
  • UNSPSC: 31191521
  • UPC 11: 01238286123
  • UPC 12: 01238286123
  • Stock Status: NONSTOCK
  • Brand: Weiler®
  • Manufacturer: Weiler®
  • Arbor Hole Size: 2 in
  • Brush Diameter: 6 in
  • Face Width: 3/4 in
  • Filament|Wire Diameter: 0.026 in
Weiler's nylox abrasive nylon wheel brushes featuring composite metal hub and composite hub construction are manufactured using a molded polymer material to retain the filaments. In comparison to traditional metal hub construction that folds the fill material around an internal retaining ring or wrap wire, these techniques result in a significant increase in fill density and the elimination of filament breakage offering the lowest cost-of-use and greatest consistency of performance in production applications, Weiler's composite metal hub wheels marry the high density and superior filament retention of composite hub wheels with the dimensional stability and shock resistance of metal hub construction and they feature 2 in arbor holes, which allows for convenient mounting on many pieces of equipment. Burr-Rx wheels feature Weiler's advanced black ceramic grain filament which delivers up to a 400% greater edge cutting action in comparison to traditional silicon carbide and aluminum oxide filaments for the fastest, most aggressive deburring action to minimize cycle times and maximize media life.
QTY
  • Features
Combine the high density and superior filament retention of composite hub wheels with the dimensional stability and shock resistance of metal hub construction
Higher fill density compared to traditional metal hub construction brushes
400% greater edge cutting action compared to traditional silicon carbide
15/16 in thickness at face plate