3M 7100105004 Cubitron II 4-1/2"x 5/8-11" Flap Disc 969F, 80 Grit Quick Change

3M 7100105004 Description

3M™ Cubitron™ II Flap Disc, 969F, T27, Quick Change, 80+, YF-weight, 4-1/2 in x 5/8-11 in 3M™ Cubitron™ ll Flap Disc 969F is designed to handle aggressive sanding applications while providing a smooth clean finish on a variety of metals. It offers flexible performance with 3M Precision Shaped Ceramic Grain layered on flaps of tough polyester cloth. 3M™ Cubitron™ ll Flap Disc 969F is best suited for metal grinding and finishing, thanks to its unique design and fast cutting abrasive material. This disc features a grinding aid, which runs cooler and helps prevent discolouration on metal surfaces. The semi-flexible, Y-weight backing gives each flap excellent strength. These attributes make 3M™ Cubitron™ ll Flap Disc 969F a good match for projects that require an equally durable and versatile abrasive disc. Coated abrasive flap discs are the ideal choice for moderate grinding, blending, beveling, scale removal and finishing on a variety of metals. The abrasive flaps offer a long lasting supply of fresh abrasives in a load resistant design. Though designed for use with a right-angle grinder, the flap disc design allows for creative application to fit whatever job you might have. Our proprietary 3M™ Cubitron™ II Abrasive Products have raised the bar for high-performing abrasives. Our engineers started with 3M Ceramic Abrasive Grain and proceeded to electrostatically orient each triangular structure on the backing to form sharp peaks and maximize cutting potential. These peaks act like individual cutting tools that slice through metal and continuously shelf-sharpen as the points break off, ensuring extended high performance in heavy-duty production applications. The grains wear evenly and provide extra-long life and consistency with less grinding pressure. The result is that 3M™ Cubitron™ II Products out-cut and outlast every conventional ceramic industrial abrasive product on the market, maximizing productivity and minimizing belt stress and operator fatigue.