Scotch-Brite 7010365661 Metal Finishing Wheel, 6 in Dia Wheel, 1 in Center Hole, 2 in W Face, Coarse Grade, Aluminum Oxide Abrasive

Scotch-Brite, 7010365661, Metal Finishing Wheel, Center Hole Attachment, Aluminum Oxide Abrasive, 6 in Wheel Diameter, 1 in Center Hole, 2 in Face Width, Coarse Grade, 6000 rpm Maximum, Density Grade: Medium, 6 Density, Maroon

Scotch-Brite metal finishing wheel combines conformability with consistent abrasive cutting action to provide uniform brushed stainless and satin finishes. Our metal finishing wheel is also used effectively to blend and match #3 or #4 mill finishes on stainless steel and to create brushed or satin finishes on items such as cutlery, appliance trim, builders hardware, and plumbing fixtures. On softer metals like aluminum, copper, and brass, our Scotch-Brite metal finishing wheels are used to blend out minor surface imperfections and handling marks while providing the desired decorative finish on products such as builder's hardware, and plumbing fixtures. Typically used on stationary machinery, the wheels are available in diameters of 6 to 16 in and widths of 1/2 in and greater. This highly conformable wheel is convolutely wound on a core to run smoothly and help create professional finishing results. Available in grade CRS and MED. Our Scotch-Brite metal finishing wheel uses aluminum oxide abrasive. Due to its high cut rate, hardness, strength, and low heat retention, aluminum oxide mineral is widely used in grinding applications in addition to sanding and finishing use. Aluminum oxide is suitable on a wide variety of substrates in both woodworking and metalworking, including ferrous alloys. Scotch-Brite industrial abrasives are unique surface conditioning products with abrasives incorporated into non-woven nylon or synthetic fibers. Combining abrasives with the fibers creates an abrasive system that delivers consistent results for the life of the product. We chose an open web material that runs cool and is load-resistant, which keeps the abrasive minerals cutting at high performance by limiting clogging of the fibers.