15A506 - Walter XTRACUT 5-Inch Ceramic Sanding Disc Coarse

Maximum Removal with XTRACUT™ Technology

The Walter 15A506 Xtracut Sanding Disc is engineered for the most demanding steel fabrication environments where speed and efficiency are non-negotiable. Featuring advanced self-sharpening ceramic grains, this 5-inch coarse disc delivers an aggressive cut that maintains its intensity throughout the life of the product. Unlike conventional aluminum oxide abrasives that dull and glaze over quickly, the ceramic structure of the Xtracut grain is designed to micro-fracture under pressure. This continuous fracturing process reveals fresh, sharp cutting edges, ensuring consistent stock removal rates from the first spark to the very last pass.

Heat management is a critical factor in heavy-duty grinding and sanding, as excessive heat can compromise the structural integrity of the metal. The Xtracut disc incorporates specialized cooling agents directly into the bonding matrix. This active cooling technology significantly reduces surface temperature during operation, preventing heat discoloration, warping, and distortion of the workpiece. This makes it an ideal choice for aggressive hogging and blending on heat-sensitive steel components where maintaining the base material's properties is paramount.

Designed for industrial efficiency, this sanding disc minimizes the downtime associated with frequent disc changes. Its exceptional durability means fewer changeovers and lower total abrasive costs per project. Whether you are leveling heavy welds, removing stubborn mill scale, or shaping steel profiles, the Walter Xtracut provides the bite and longevity required for high-volume production. To achieve optimal performance and safety, this fiber disc should be paired with a high-performance backing pad that matches the torque and speed capabilities of your angle grinder.

By choosing the Walter Xtracut, you are investing in a premium abrasive solution that balances aggressive removal with operator comfort. The consistent cutting action reduces the amount of pressure the operator needs to apply, leading to less fatigue over long shifts. It is the ultimate tool for fabricators who demand superior results on steel surfaces.