Norton 61463687305 Round Fine Sharpening Stone

Product Description

The NORTON 61463687305 is a round, fine-grade sharpening stone designed for precision edge maintenance on hand tools, blades, and cutting implements. At 0.5 inches thick, it provides a stable, manageable profile suited to touch-up work and honing already-established edges. Fine-grade abrasive removes minimal material per pass, making this stone well-suited for finishing and polishing a cutting edge rather than reshaping or repairing heavy damage. Tradespeople and shop professionals use fine stones as the final step in a multi-stage sharpening sequence to achieve a clean, sharp working edge.

This stone is appropriate for use across a range of trade and shop applications including sharpening chisels, plane irons, carving tools, utility knife blades, and similar hand-cutting tools. Its round profile makes it particularly useful for honing gouges, curved blades, and the inner faces of curved cutting tools. Suitable for professional tradespeople and experienced DIYers who maintain their own cutting tools on the job or in the shop.

Key Features

• Fine-grade abrasive for finishing and edge-polishing passes
• Round stone shape suited to curved blades and gouge honing
• 0.5 inches overall thickness for a compact, controlled honing profile
• Meets specification FS76
• Consistent abrasive construction for repeatable results across the working surface

Compatibility

Designed as an OEM-style sharpening consumable compatible with standard hand-tool sharpening applications requiring a fine-grade round stone profile.

Installation Notes

Sharpening stones are used by hand tool tradespeople including carpenters, woodworkers, and general contractors for routine blade maintenance. Use with a compatible honing oil or water depending on stone type to reduce friction and carry away swarf during use. Maintain consistent angle and pressure across the stone surface to avoid uneven wear. Inspect the stone surface periodically for glazing and dress as needed to restore abrasive performance.