• Home
Cart: Item(s) |

PFERD 84129 Power M-BRAD High Density Composite Disc Non-Wire Brush, Nylon/Silicon Carbide Bristles, 4" Diameter, 0.045" x 0.090" Wire Size, 7/8" Arbor, 3500 Maximum RPM, 1-1/2" Trim Length, 80 Grit

Rate this item
(0 votes)

Click for larger image.
  • Price:
  • Manufacturer: 84129
  • UPC: 697940841291
  • MPN: 84129
Quantity:

Key Features

  • Power M-Brad abrasive filament high density composite disc non-wire brush
  • Nylon/silicon carbide bristles
  • M-Brad composite disc brushes are designed for aggressive deburring in CNC and robotic machines
  • For deburring, honing, edge radiusing, light cleaning, and polishing
  • Measures 4-inches diameter

Product Description

PFERD M-Brad composite disc brushes are designed for aggressive deburring in CNC and robotic machines. For deburring, honing, edge radiusing, light cleaning, and polishing. Round filament. M-Brad is a 6.12 nylon monofilament that evenly encapsulates various abrasive grit particles on the surface as well as throughout the nylon filament. The flexibility of strands flowing over, around and into contours makes it uniquely effective if deburring complex parts. Consistent, gradual cutting action allows precise control. from cosmetic surface preparation on brass or soft aluminum to edge-blending on materials as tough as titanium and carbide. M-Brad brushes are ideal for surface conditioning applications on all materials including wood, glass, steel and nickel alloys. M-Brad filled brushes yield longer tool life than non-woven synthetic abrasive products. This unique M-Brad filament is suitable for both wet and dry applications, although the use of coolant is recommended. M-Brad won't degrade the dimensions of the workpiece, which reduces scrap and fill welding. These M-Brad composite disc brushes are ideal for automatic deburring applications where either magnetic conveyors are used, or where workpiece has a small cross section. Tufted style provides better air flow for cool grinding on heat sensitive materials, and reduced friction during the brushing process to keep small parts stationary on automatic applications using conveyors. Has a jagged crystal structure and is easily friable. It is the most common grain used on light to heavy deburring applications on ferrous and non ferrous alloys. Uses in industries area: automotive, transportation, electronics, aerospace, nuclear, textiles, food services, woodworking/furniture, construction, medical, shipbuilding, fabricating, defense, energy and plastics.

 

hai

Contact Us:

Heliconnect, Richmond, British Columbia

Copyright © 2015 Heliconnect. All Rights Reserved.