3M™, 7010363766, Cloth Disc, Flexible, 3 in Diameter Disc, M40 Grit, Extra Fine Grade, Diamond Abrasive, Applicable Materials: Carbide, Ceramic, Chilled Cast Iron, Chrome Carbide, Chrome Oxide, Granite, Hard Composite, HVOF, Nickel Based, Non-Ferrous Metals, Soft Composite and Tungsten Carbide

3M™ flexible diamond QRS cloth disc 6002J was designed to tackle hard to grind materials like stone, glass, ceramics, carbides and composites. The open dot, micron graded diamond and semi-flexible backing provide aggressive cutting action, while remaining responsive to contours. Diamond mineral and the open dot pattern of this disc encourages swarf removal for longer disc life. This disc is available in grades from M250 to M6 and in a variety of diameters. The semi-flexible X-weight cloth backing flexibility enables this disc to move forgivingly over the workpiece responding to edges and contours. A metal bond securely anchors micron graded diamonds to a flexible cloth backing in an open dot pattern. Metal bonds are known to be tough and durable binding agents when it comes to adhering mineral to a backing. Flexible diamond QRS cloth disc 6002J comes in three patterns: 18, B2 and 21. Here's how to distinguish between the three. Pattern 18 is a small dot pattern, designed for finer finishes, grade for grade. B2 is a medium-dot pattern designed for aggressive cutting action. It has improved coolant flow, given the spacing of the dots. Pattern 21 is the largest dot pattern and it's ideal for applications where loading is a problem. The gaps in the mineral design allow swarf and debris to escape overall, the open dot pattern - whether tight or condensed - delivers aggressive cutting action while reducing loading. Given its dual strength and flexibility, the flexible diamond QRS cloth disc 6002J is a great abrasive for your hard to grind materials. Importantly, this diamond abrasive with a QRS (hook and loop) backing for easier attachment. The hook and loop backing allows swift and easy change out of discs, especially when the task requires multiple discs in a sequence.