Norton 66261014923 Unitized Deburring Wheel 1 in Silicon Carbide

Product Description

The NORTON 66261014923 is a unitized deburring wheel designed for light material removal, edge blending, and surface finishing on metal workpieces. Built with silicon carbide abrasive at a fine grade, it cuts cleanly on ferrous and non-ferrous metals as well as hard alloys. The wheel measures 1 inch in diameter with a 1 inch face width and a 3/16 inch center hole, making it compact enough for use on die grinders, rotary tools, and similar handheld power equipment. Its density 8 construction delivers consistent stock removal while maintaining wheel integrity at speeds up to 30,000 RPM. Fabricators, machinists, and maintenance technicians reach for this wheel when cleaning up drilled holes, stamped edges, or machined part features.

This deburring wheel is suited for bench-mounted spindle tools and handheld rotary equipment in job shop, production, and maintenance-repair-operations settings. Its small diameter and 3/16 inch arbor hole make it a natural fit for precision deburring tasks where larger wheels cannot access tight geometries. Typical applications include edge breaking on sheet metal, cleaning up weld splatter, and light surface conditioning on cast or machined components. The silicon carbide abrasive is particularly effective on aluminum, brass, titanium, and other non-ferrous materials.

Key Features

• Silicon carbide abrasive for effective cutting on non-ferrous metals and hard alloys
• Fine grade provides smooth finish with minimal material removal
• Density 8 unitized construction maintains shape and cuts consistently throughout wheel life
• Rated to 30,000 RPM for safe use on high-speed rotary tools and die grinders
• 1 inch diameter with 3/16 inch center hole fits compact handheld and bench-mounted spindles

Compatibility

Designed as an OEM-style replacement unitized deburring wheel for rotary tools, die grinders, and spindle-mounted finishing equipment accepting a 3/16 inch arbor.

Installation Notes

Installation should be performed by a qualified machinist or toolroom technician familiar with abrasive wheel mounting procedures. Always confirm the tool spindle speed does not exceed the wheel's 30,000 RPM maximum before mounting. Inspect the wheel for cracks or damage before use and follow ANSI B7.1 safe-use guidelines for abrasive wheels. Never exceed the rated speed and always use appropriate eye and face protection during operation.