The Scotch-Brite™ Light Deburring Disc is our very fine grade disc ideal for lightweight deburring and finishing on all types of metal. Moderately conformable, the dense web construction offers increased wear resistance and extended use for applications that require a less aggressive cut, such as cleaning and surface finishing.
Conformable, Durable Blending and Burr Removal
Made with very fine grade aluminum oxide mineral, our high-strength open web disc combines conformability with durability and cut—so you can deburr quickly and are left with a great finish. When you need something conformable and in a finer grade than our Light Grinding and Blending Disc to lightly clean, scuff, deburr or finish, our Scotch-Brite™ Light Deburring Disc helps you achieve a smooth, deburred surface without the use of steel wool or wire brushes. In addition to deburring, this versatile disc may be used for surface prep or final finishing. Scotch-Brite conformability allows you to access hard-to-reach areas, and when the work surface requires broader coverage to reach intricate areas with the outer diameter of the disc, multiple discs can be stacked on a straight shaft tool or bench motor. This long-lasting, highly efficient disc is also load-resistant to stand up to prolonged use and can help lower your abrasive costs while increasing productivity.
Fast Cut and Long Life
Aluminum oxide is a popular choice among industrial professionals due to its cut-rate and long life. This mineral is a tough, durable abrasive that self-fractures to expose fresh cutting edges in use, whereas traditional abrasives, such as garnet, quickly wear down with use. Its high cut-rate, hardness, strength, and low heat retention all combine to make aluminum oxide mineral a good choice in grinding applications. Aluminum oxide is suitable on a wide variety of substrates in both woodworking and metalworking, including ferrous alloys.
The Scotch-Brite™ Advantage
Scotch-Brite™ industrial abrasives are unique surface conditioning products with abrasives incorporated into non-woven nylon or synthetic fibers. Combining a