PFERD M-BRAD® Disc Brush - High Density 6" Dia. .040/80 Grit Ceramic Oxide 7/8" Arbor
PFERD M-BRAD® Disc Brush - High Density 6" Dia. .040/80 Grit Ceramic Oxide 7/8" Arbor
PFERD M-BRAD® Disc Brush - High Density 6" Dia. .040/80 Grit Ceramic Oxide 7/8" Arbor
PFERD M-BRAD® Disc Brush - High Density 6" Dia. .040/80 Grit Ceramic Oxide 7/8" Arbor
PFERD M-BRAD® Disc Brush - High Density 6" Dia. .040/80 Grit Ceramic Oxide 7/8" Arbor
PFERD M-BRAD® Disc Brush - High Density 6" Dia. .040/80 Grit Ceramic Oxide 7/8" Arbor
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Pferd

PFERD M-BRAD® Disc Brush - High Density 6" Dia. .040/80 Grit Ceramic Oxide 7/8" Arbor

SKU: 79184246
Stock Item: Stock items typically ship within 2-3 business days
UPC: 4007220033630
Grade: 80
Abrasive Material: Ceramic oxide grain (CO)
$281.78 each
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Product Description  
Particularly aggressive brush with bridle. Ideal for deburring and work on surfaces on stationary machines. Composite brushes from PFERD have been specifically developed for industrial, automated use. They are suitable for a variety of applications and their variable mounting options mean that they can be used on many different drive systems. This offers the advantage that the workpiece can be produced and finished on the same machine. As a result, labor-intensive, manual work is reduced and repeatable results are achieved with short cycle times. Brushes with ceramic oxide grain (CO) offer good toughness and excellent sharpness. For high stock removal and aggressive brushing action. Plastic filaments are temperature-resistant up to 410°F.

Extra Details

  • Long tool life and aggressive brushing action due to a very high filament density.
  • Extremely smooth operation due to evenly distributed filament material.
  • The bridle prevents the wires spreading out sideways.
  • If the filament has worn away down to the bridle, it can be removed from the bridle for further use. This does not affect the brushing behavior.
  • The bridle enables the spreading out and flexibility of the brush filament to be controlled.
  • Abrasive grains are embedded in flexible plastic filaments, which means that the filament works on the sides as well as at the tip.
  • For particularly aggressive machining and for creating a high surface quality.

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