Norton 61463687220 Round Sharpening Stone Medium Grade

Product Description

The NORTON 61463687220 is a round sharpening stone in medium grade, designed for honing and dressing cutting edges on hand tools, blades, and similar implements. At 3/16 inch thick, this compact stone suits tight-profile work where a full bench stone would be impractical. The medium grade abrasive removes metal at a moderate rate, making it appropriate for restoring a dulled edge without excessive stock removal. Machinists, tool and die technicians, woodworkers, and general trade professionals keep stones like this on hand for routine edge maintenance at the bench or in the field.

This round sharpening stone is suited for honing curved or contoured cutting edges, gouges, and similarly profiled tools where a flat stone cannot reach. Its small footprint makes it easy to carry in a tool kit for on-site touch-ups. The medium grade designation places it in the middle of the abrasive spectrum, useful for general-purpose honing after initial shaping is complete and before final finishing on a fine stone.

Key Features

• Round profile for honing curved, contoured, and hard-to-reach cutting edges
• Medium grade abrasive for balanced material removal and edge refinement
• 3/16 inch thickness provides a slim, portable form factor
• Specification MS22 designation for consistent abrasive performance
• Single-piece packaging for individual replacement or supplemental stock

Compatibility

Designed as a general-purpose round honing stone compatible with curved hand tool edges, gouges, and similarly profiled cutting implements requiring medium-grade abrasive maintenance.

Installation Notes

No power tools or special equipment are required to use this sharpening stone. Apply a light honing oil or water as a lubricant to float away swarf and extend stone life, unless the stone is designated for dry use. Maintain consistent angle and pressure throughout the honing stroke to achieve an even edge. Store the stone in a clean, dry location to prevent contamination of the abrasive surface.