Norton 61463687160 Round Fine Sharpening Stone

Product Description

The NORTON 61463687160 is a round sharpening stone in fine grade, designed for honing and refining edges on cutting tools, blades, and instruments. At 0.375 inches thick, this compact stone removes minimal material while delivering a smooth, polished edge finish. Fine grade stones are used after coarser grits have established the primary bevel, making this stone suited for the finishing stage of a sharpening sequence. Machinists, toolmakers, woodworkers, and maintenance professionals keep fine-grade stones on hand for touch-up work and edge maintenance between full sharpenings.

This stone is suited for bench use or hand-held honing of small cutting tools, gouges, chisels, knives, and similar edge tools. Its round profile makes it particularly useful for sharpening curved or contoured blades, serrations, and narrow grooves where a flat stone cannot reach. The fine grade is appropriate for deburring and final edge refinement on both ferrous and non-ferrous metal tools in shop, field, or maintenance environments.

Key Features

• Fine grade abrasive for edge refinement and finish honing
• Round stone profile accesses curved surfaces, serrations, and tight contours
• 0.375 inches thickness provides a manageable, rigid honing surface
• Compact form factor suits toolbox, field kit, or bench storage
• Specification FS34 designates abrasive grade and form per product standard

Compatibility

Designed as an OEM-style replacement sharpening accessory suitable for general honing and edge maintenance of standard cutting tools requiring a fine-grade round stone profile.

Installation Notes

No power tools or mechanical fastening is required to use this sharpening stone. Apply honing oil or water as a lubricant appropriate to the stone type before use to float away swarf and prevent glazing. Maintain consistent angle and light pressure during honing strokes to avoid uneven wear on the stone surface. Keep the stone clean and stored dry when not in use to preserve abrasive performance.