Hookit™ Red Finishing Film Abrasive Disc 260L, 01184, 6 in, P1500 1184 MED-MMM-1184

Hookit™ Red Finishing Film Abrasive Disc 260L, 01184, 6 in, P1500 Economical reattachable abrasive disc for finishing applications.Aluminum oxide abrasive offers a reliable and durable performance.Film backing increases durability and delivers more consistent finish.Available 7-hole design evacuates dust from disc surface for added loading resistance.Hookit™ attachment system makes for fast, efficient disc change-outs.The 3M™ Hookit™ Red Finishing Film Abrasive Disc 260L is an economical disc that delivers reliable finishing performance in collision repair. It features aluminum oxide, a dependable, reliable abrasive, on a durable film backing. Several versions feature seven-hole design for dust evacuation. And the 3M™ Hookit™ attachment system makes disc change-outs fast and easy..Economical Features, Reliable Results Part of a full range of economical abrasives, our 3M™ Hookit™ Red Finishing Film Abrasive Disc 260L delivers reliable performance for a variety of finishing applications including color sanding, paint finishing and panel blend prep. This reattachable, film backed abrasive disc features aluminum oxide abrasive mineral and is available with our 7-hole construction that clears dust from the surface area and increases resistance to loading. Aluminum Oxide Provides Performance and Savings 3Ms durable, reliable and economical abrasive saves material costs while delivering dependable results in collision repair. Aluminum oxide is popular among collision repair professionals because of its fast -rate and long life. This mineral is suitable for a wide variety of metalworking materials including ferrous alloys. Our Hookit™ Attachment System The Hookit™ attachment system has a hook-and-loop feature which makes disc attachment, removal, and re-attachment clean and easy. It also facilitates use and re-use of the disc for maximum product life. Hookit™ discs have a brushed nylon loop backing of the type most commonly used in everyday hook-and-loop applications