Superior Abrasives A017764 Deburring Disc 6 in Fine Grade

Product Description

The SUPERIOR ABRASIVES A017764 is a 6-inch diameter deburring disc designed to remove burrs, sharp edges, and surface irregularities from metal workpieces. It uses an aluminum oxide abrasive in a fine grade, making it well suited for light material removal and edge conditioning without aggressive stock removal. The arbor-style connector mounts directly to compatible angle grinders, bench grinders, or disc-type finishing tools. Maximum rated speed is 3600 RPM. At 0.04 pounds, the disc is lightweight and easy to handle during repetitive finishing operations.

This disc is used in fabrication shops, maintenance facilities, and light manufacturing environments where consistent edge finishing is required. It handles deburring tasks on ferrous and non-ferrous metals after cutting, drilling, or stamping operations. HVAC sheet metal fabricators, pipefitters, and general maintenance technicians commonly use discs of this type when prepping metal components before assembly or installation.

Key Features

• 6-inch diameter for broad surface coverage on bench or angle grinder setups
• Fine grade aluminum oxide abrasive for controlled edge conditioning and light deburring
• Arbor-mount connector for secure, centered attachment to standard spindle tooling
• 3600 RPM maximum rated speed for safe operation at typical grinder speeds
• Lightweight construction at 0.04 pounds reduces operator fatigue during extended use

Compatibility

Designed for use with arbor-mount disc grinders and finishing machines that accept 6-inch diameter abrasive discs. Verify that the host tool spindle speed does not exceed the 3600 RPM maximum rating before mounting.

Installation Notes

Installation and use of abrasive discs should be performed by qualified personnel familiar with grinder safety practices. Always power down and disconnect the tool from its power source before mounting or removing the disc. Confirm that the arbor size and thread specification of the tool match the disc before tightening. Do not exceed the 3600 RPM maximum rated speed, and always inspect the disc for cracks or damage before each use per ANSI B7.1 safe-use guidelines.