Pre-polishing brushes sisal cord | drill shaft | 100 mm

Sisal Cords 8-fach geknüpft

Diameter: 100 x 6 mm Shank

Thickness: 35 mm

Weight: kg
€26.18
Incl. 19% VAT, excl. Shipping Cost
Availability
2-3 Days *
Item No.
602-SiKo-100

Pre-polishing brushes sisal cord | drill shaft | 100 mm

Cut-buffing brushes with 8-strand knotted sisal cord bristles are especially suitable for rough surface processing of workpieces with a complex surface profile. In particular the flexible sisal bristles can penetrate into recesses, undercuts, corners and edges that are otherwise difficult to access. Together with a suitable, coarse polishing paste, sisal cord cut-buffing brushes provide a fine finish that is suitable as preparation for subsequent buffing, coating or anodizing.

Our shank tools are miniature versions of the tried and tested EICKELIT designs. They complement the buffing process when it comes to the precise cut-buffing and finishing, particularly of surfaces with complex geometries.

PRODUCT FEATURES

  • Shank tool made from 8-strand knotted sisal cords with a thickness of 5 mm
  • Diameter 100 mm, width 25 mm
  • Shaft diameter of 6 mm, cast with thermosetting synthetic resin compound
  • Vmax = 30 m/s, Umax = 5,700 min-1

SISAL CORDS

Sisal is obtained from specific agave species in global cultivation areas. Similar to other natural fibers, sisal fibers are very resistant to physical and chemical stresses. In addition, sisal is very tough, has high tensile strength and is also characterized by its high rigidity. This is why sisal is particularly suitable for polishing and coarse cut-buffing of metals and especially steel.

For sisal cord brushes, we only use braided cords of European manufacturers containing highest-quality sisal raw material with particularly long fibers. The cords of approx. 5 mm thickness are braided from 8-strands.

This makes our cord brushes particularly soft and flexible and at the same time very resistant to heavy duty usage during polishing. Therefore, our Sisal cord brushes ensure an excellent service life and effective polishing attack.