Scotch-Brite™ Deburring Wheel 9S FIN DB-WLThe Scotch-Brite™ Deburring Wheel 9S FIN DB-WL is a high-performance, aggressive wheel designed for a variety of deburring applications across multiple surfaces. With a hard 11-density rating and available in medium and fine grades, it effectively handles light to medium edge deburring on materials including carbon steel, stainless steel, titanium, aluminium, copper, brass, composites, plastics, and glass.Key Features & Benefits:Hard Density, Conformable Wheel: Removes burrs efficiently without undercutting the workpiece.Consistent Performance: Convolute construction ensures smooth operation and uniform results.Non-Woven Material: Resists loading while continuously supplying fresh abrasives for ongoing cutting action.Superior Finish: May reduce or eliminate the need for further conditioning steps.Cool Running: Minimises heat build-up, reducing the risk of discolouration or warping on heat-sensitive materials.Versatile Application: Suitable for metals, composites, and glass, providing multi-purpose usability. Ideal For:Deburring stamped or laser-cut partsCleaning and finishing after belt sandingPreparing surfaces for paint finishing and coatingsWeld blending and surface conditioningAdvanced Abrasive Technology:This wheel features silicon carbide, a sharp synthetic abrasive ideal for low-pressure applications such as paint preparation and finishing. While silicon carbide breaks down faster than aluminium oxide, it delivers a smoother, finer finish. The open-web construction reduces clogging, ensuring high cutting efficiency and an extended product lifespan.Why Choose Scotch-Brite™ Industrial Abrasives?Scotch-Brite™ abrasives incorporate abrasive minerals into non-woven nylon or synthetic fibres, creating an advanced surface conditioning system. This technology provides consistent, reliable results while improving productivity and reducing reliance on chemical cleaners and wire brushes.From aesthetic finishing to weld blending and deburring, 9S FIN DB-WL delivers fast, efficient performance with consistent results.
