PFERD M-BRAD® Composite Wheel Brush 8" Dia. M-BRAD® Silicon Carbide 2" Arbor

Previous Next

Pferd

PFERD M-BRAD® Composite Wheel Brush 8" Dia. M-BRAD® Silicon Carbide 2" Arbor

Name: PFERD M-BRAD® Composite Wheel Brush 8" Dia. M-BRAD® Silicon Carbide 2" Arbor
Brand: Pferd
SKU: 79183733
Price: 105.38 USD
Availability: InStock

SKU: 79183733

Stock Item: Stock items typically ship within 2-3 business days

UPC: 4007220039298

Size: 1 Inch

Grade: 80

Abrasive Material: Silicon carbide (SiC)

$105.38 each

Hurry up! Current stock:

Quantity:

Product Description
Extra Details

Product Description

Particularly flexible brush. Its plastic filament makes this product ideal for deburring complicated components such as cylinder heads or gear toothing. Developed specially for industrial use. 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. Silicon carbide (SiC) filament brushes are designed for deburring work and surface improvement. Rectangular filament [REC] is designed for particularly demanding applications that require an aggressive brush. The larger cross-section of the filaments means that these are more stiff than round filaments and provide a greater contact area with the workpiece. Plastic filaments are temperature-resistant up to 410°F.

Long tool life and aggressive brushing action due to a very high filament density.
Extremely smooth operation due to evenly distributed filament material.
Highly flexible, enabling optimal adjustment to the workpiece contour and less heat build-up.
Abrasive grains are embedded in flexible plastic filaments, which means that the filament works on the sides as well as at the tip.
For aggressive work due to rectangular filament (REC).