Tru-maxx 66261114607 Deburring Wheel 6 Inch Silicon Carbide

Product Description

The TRU-MAXX 66261114607 is a convolute deburring wheel designed for edge finishing, deburring, and surface blending on metal workpieces. Built with silicon carbide abrasive at a fine grade and density 9 (extra hard), this wheel delivers consistent cut and long service life under repeated use. The 6-inch diameter and 1/2-inch face width suit standard bench grinder setups. It is rated to 4,500 RPM and is compatible with mandrel sizes 3 and 5. Machinists, tool and die technicians, and metalworking professionals use this wheel for precise deburring without aggressive stock removal.

This convolute deburring wheel is intended for use on bench grinders in industrial and shop environments. The silicon carbide abrasive is well suited for finishing ferrous and non-ferrous metals, ceramics, and hard materials. The extra hard density grade makes it appropriate for consistent deburring on production runs or repetitive finishing operations where wheel integrity and cut consistency matter.

Key Features

• Silicon carbide abrasive for effective finishing on hard and non-ferrous materials
• Fine grade, density 9 extra hard construction for consistent cut and extended wheel life
• 6-inch diameter with 1/2-inch face width fits standard bench grinder arbors
• 1-inch center hole with mandrel compatibility for sizes 3 and 5
• 4,500 RPM maximum speed rating for safe bench grinder operation
• Convolute construction maintains wheel shape and abrasive exposure throughout service life

Compatibility

Compatible with bench grinders using mandrel or adapter sizes 3 and 5. Center hole size is 1 inch.

Installation Notes

Installation should be performed by a qualified machinist or tooling technician. Power down and lock out the bench grinder before mounting or removing the wheel. Verify the grinder spindle speed does not exceed the 4,500 RPM maximum wheel rating before operation. Inspect the wheel for cracks or damage before each use and never force the center hole onto an incompatible arbor.