3M 3 x NH Scotch-Brite Roloc Clean & Strip XT Pro Disc (21544)

3M 3″ x NH Scotch-Brite Roloc Clean & Strip XT Pro Disc (21544) is a high-performance abrasive tool designed for aggressive removal of heavy rust, thick paint, corrosion, and weld discoloration.

KEY FEATURES AND BENEFITS:Effective Removal: Removes heavy rust, thick paint, corrosion, and weld discoloration.Cleans Welds: Prepares surfaces for subsequent processes.Fast Material Removal: Features aluminum oxide abrasive for aggressive action.Durable Construction: Resists chunking and loading for consistent cutting action.Conformable Design: Provides good contact with irregular surfaces.Quick Changes: Compatible with the Roloc attachment system for easy disc changes.SPECIFICATIONS:Type: Abrasive DiscAbrasive Mineral: Aluminum OxideAttachment: RolocDiameter: 3 inchesHOW TO USE:Select the Appropriate Disc: Choose the grit level based on the material being removed and the desired level of surface finish.Attach the Disc: Insert the disc into the Roloc interface on your power tool.Apply Moderate Pressure: Maintain steady pressure while using the tool at the proper speed.Inspect Regularly: Monitor the disc’s condition and replace it when necessary.Wear Appropriate Safety Gear: Always wear safety glasses, gloves, and respiratory protection when using abrasive tools.BENEFITS OF USING 3M 3″ x NH SCOTCH-BRITE ROLOC CLEAN & STRIP XT PRO DISC (21544):Increased Productivity: Quickly removes material, saving time and labor costs.Improved Surface Quality: Provides a clean surface for subsequent processes like welding, painting, or coating.Versatility: Suitable for various applications, including rust removal, paint stripping, and weld cleaning.Enhanced Safety: Durable construction and consistent cutting action reduce the risk of accidents.FEATURES:Aluminum Oxide Abrasive: For aggressive material removal.High-Strength Fibers: Ensure durability and resistance to chunking.Roloc Interface: Allows quick and easy disc changes.Resists Loading: Maintains consistent cutting action throughout the disc’s lifespan.