Industrial Subcategory:
Abrasive Wheels, Discs and Brushes
Materials that can be worked:
Pferdefficiency:
PFERDEFFICIENCY recommends composite brushes to achieve maximum stock removal as quickly as possible.
Pferdergonomics:
PFERDERGONOMICS recommends composite brushes to sustainably reduce the vibrations produced during use.
Recommendations for use:
Please observe the recommended rotational speeds.
Safety notes:
When clamping the brush, ensure that the shank is clamped as far into the arbor as possible. This especially applies to high rotational speed ranges. The minimum clamping length is 10 mm.
Manufactured By:
Pferd Inc.
- Abrasive grains are embedded in flexible plastic filaments, which means that the filament works on the sides as well as at the tip.
- Extremely smooth operation due to evenly distributed filament material.
- For even more aggressive work. Filament material CO and rectangular filament (REC).
- 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.
- Long tool life and aggressive brushing action due to a very high filament density.
- The bridle enables the spreading out and flexibility of the brush filament to be controlled.
- The bridle prevents the wires spreading out sideways.
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, labour-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 behavior. Rectangular filament [REC] is designed for demanding applications. 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. Platstic filaments are temperature-resistant up to 410°F.