15X705 - Walter Coolcut XX 7-Inch Resin Fiber Sanding Disc, 50 Grit

Walter 15X705 Coolcut XX 7-Inch Sanding Disc - 50 Grit

The Walter 15X705 Coolcut XX is a premium 7-inch sanding disc designed to redefine productivity in industrial metalworking. Engineered with Walter's proprietary Cyclone Technology, this abrasive disc features a high-tech blend of grains and a unique geometric cooling pattern that maximizes stock removal rates while maintaining a consistent finish. The 50 grit composition strikes an optimal balance between aggressive material removal and surface blending, making it an essential tool for fabricators dealing with heavy weld seams or surface leveling tasks.

One of the standout features of the Coolcut XX series is its exceptional longevity and speed. In comparative testing, these discs have demonstrated the ability to remove stock up to six times more effectively than standard sanding discs, while cutting at twice the speed. This efficiency translates directly to reduced labor costs and less downtime spent changing out worn abrasives. For workshops focused on throughput and cost-efficiency, the Coolcut XX offers a tangible return on investment by simply lasting longer and working harder.

Heat management is critical when working with heat-sensitive materials like stainless steel and aluminum. The Coolcut XX is specifically formulated to grind "cool," preventing the workpiece from overheating, warping, or discoloring—a common issue with inferior abrasives. This makes it a versatile choice for a wide range of applications, from carbon steel structural work to precision stainless steel finishing. Whether you are grinding down welds, blending surfaces, or removing heavy scale, the 15X705 provides the aggressive bite and sustained performance required for professional results.

This disc is designed for use with standard 7-inch angle grinders and requires a compatible backing pad for safe operation. By choosing the Walter Coolcut XX, you are equipping your facility with an abrasive solution that prioritizes speed, finish quality, and operator safety through reduced thermal transfer.