Scotch-Brite™ 7100175252 Clean and Strip XT Pro Clean and Strip Disc, 4-1/2 in Dia Disc, Extra Coarse Grade, Silicon Carbide Abrasive, Fiber Backing

Scotch-Brite™ clean and strip XT Pro disc features silicon carbide abrasive mineral incorporated into an open nylon web. It effectively removes rust, paint, mill scale, coatings and adhesives from surfaces without significantly altering the base material. The high strength fibers are highly conformable, resist chunking and loading and perform well on the edges of a workpiece. Take advantage of high conformability with its reengineered fiber, the Scotch-Brite™ clean and strip XT Pro disc allows operators to take advantage of all the benefits that come with increased conformability without compromising strength. With increased conformability, this disc achieves a larger contact area with the workpiece for faster removal rates. It also conforms to weld bead ripples to polish welds without removing them and works in hard to reach areas without damaging the substrate. In addition to its high conformability, the Scotch-Brite™ clean and strip XT Pro disc offers low vibration, decreased chunking, low spark, a high speed rating and long life. That all adds up to a disc you can spin onto your angle grinder with confidence. Spongy web, sharp mineral to engineer the Scotch-Brite™ clean and strip XT Pro disc, silicon carbide mineral is combined with non-woven nylon fibers using resin. Silicon carbide is a very sharp synthetic mineral commonly used in low pressure applications like paint prep. The resin bond strengthens the disc and gradually breaks down to reveal new fibers and sharp mineral delivering a consistent cut over the life of the abrasive. The combination of fiber strands, resin and abrasive mineral forms a thick, open web. The spring like nature of the fibers responds to contours and effectively removes unwanted burrs, soils and contaminants while maintaining the geometry of the workpiece, which in turn reduces rework and boosts productivity. Gaps in the web allow swarf to escape, minimizing loading of the abrasive.