Norton 61463691163 Diamond Grit Compound Fine 325 Grit

Product Description

The NORTON 61463691163 is a fine-grade diamond grit lapping and polishing compound designed for precision material removal on hard substrates. Rated at Grade 45 with a 325 grit designation and a micron range of 35 to 54, this compound delivers controlled cutting action suited to heavy removal tasks where surface finish consistency matters. The 5-gram container keeps the compound concentrated and ready for bench or fixture work. It is typically used by machinists, tool-and-die technicians, and precision grinding professionals who need repeatable results on tight-tolerance surfaces.

This compound is formulated for use on ceramic and general-purpose metal workpieces. Its fine grade classification makes it appropriate for initial stock removal on hard ceramics as well as ferrous and non-ferrous metals where a diamond abrasive is required to cut efficiently. It fits into lapping, honing, and surface-finishing workflows where conventional abrasive compounds lack the hardness to handle ceramic or hardened metal substrates effectively.

Key Features

• 325 grit, Grade 45 diamond compound for fine-grade cutting performance
• Micron range of 35 to 54 for consistent particle size distribution
• Suitable for heavy removal applications on ceramic and general-purpose metal
• Compact 5-gram container for bench use and controlled dispensing
• Diamond abrasive carrier cuts where conventional compounds cannot

Compatibility

Designed for use on ceramic and general-purpose metal surfaces requiring diamond-grade abrasive compound for heavy removal lapping and honing operations.

Installation Notes

Applied by machinists and precision finishing technicians during lapping, honing, or surface-conditioning operations. Secure the workpiece before applying compound to avoid contamination of adjacent surfaces. Use only the amount needed for the work area, and clean all compound residue from the workpiece and tooling after the operation is complete to prevent cross-contamination with finer or coarser abrasive stages.