Stikit™ 7000119773 Disc, 6 in Dia Disc, P80 Grit, Coarse Grade, Aluminum Oxide Abrasive, Paper Backing

Our 3M™ Stikit™ red abrasive disc 316U is an economical disc that delivers reliable performance. It features aluminum oxide mineral abrasive on A-weight or durable D-weight paper backing depending on grade. These discs are ideal for standard jobs such as filler shaping, featheredging, paint prep and finish. Our 3M™ Stikit™ attachment makes disc changeouts fast and easy. The 3M™ Stikit™ red abrasive disc 316U delivers reliable performance on collision repair substrates, yet remains an economical choice for collision repair operations. Choose aluminum oxide mineral abrasive in grades up to P800 for most body and paint sanding applications. Red abrasive discs are available with D-weight paper backing in 40 to P80 grade abrasives for aggressive shaping of plastic filler or paint removal around damaged areas. 3M™ durable, reliable and economical mineral abrasive saves material costs while delivering dependable results in collision repair. Aluminum oxide is popular among collision repair professionals because of its fast cut rate and long life. This mineral is suitable for a wide variety of metalworking materials including ferrous alloys. 3M™ Stikit™ discs come ready-to-use with a pressure sensitive adhesive coating on the backs-simply press the disc onto the backup pad and you're ready to go. They remove just as cleanly, leaving an uncontaminated surface for the next disc. A Stikit™ disc should be used with a 3M™ Stikit™ disc pad (sold separately) on a random orbital sander. Stikit™ discs are available as disc rolls - multiple adhesive backed discs rolled around a core and tear off conveniently one at a time, eliminating the need for liners for added cost savings. The 3M™ Hookit™ red abrasive disc 316U carries our red designation which indicates an economical option in an abrasive disc. From its abrasive to its adhesive backed attachment, this disc delivers durability and reliability across your entire collision repair operation.