Norton 69014192144 Single End Diamond Hone Coarse

Product Description

The NORTON 69014192144 is a single end diamond hone designed for precision honing and finishing of bores, cylinders, and tight-tolerance surfaces. The rectangular abrasive section measures 0.375 inches wide by 0.0625 inches high by 1 inch in length of cut, with a 4-inch overall length for controlled hand or machine honing. The coarse grade with 100 percent diamond concentration provides aggressive material removal on hard materials including carbide, ceramic, and hardened steel. Machinists, tool and die makers, and precision metalworkers use this hone where consistent bore geometry and surface finish are required.

This hone is suited for single-end honing applications in tool and die, mold making, precision machining, and general metalworking environments. The compact 4-inch overall length makes it practical for bench work and confined honing operations. Its rectangular cross-section at 0.375 inches wide by 0.25 inches high allows access to slots, keyways, and rectangular bores. The coarse diamond grade is appropriate for initial stock removal before progressing to finer grits.

Key Features

• Coarse grade abrasive for fast stock removal on hard materials
• 100 percent diamond concentration for consistent, long-lasting cutting action
• Rectangular hone shape fits slots, keyways, and rectangular bores
• 1-inch abrasive length of cut with 4-inch overall length for controlled reach
• Compact form factor suited for bench honing and confined workpiece access

Compatibility

Designed as an OEM-style replacement or direct-use diamond hone for precision machining, tool and die, and metalworking applications requiring coarse rectangular diamond abrasive honing.

Installation Notes

Diamond hones are installed and used by machinists and precision metalworkers following standard abrasive safety practices. Secure the workpiece fully before honing to prevent movement. Use appropriate honing fluid or coolant to extend abrasive life and improve surface finish. Do not apply excessive lateral force that could fracture the abrasive section.