Freud DBDS12125G01F Metal Cut Off Disc 12 in 5-pack

Product Description

The FREUD DBDS12125G01F is a 12-inch metal cut off disc engineered for high-speed cutting in demanding trade applications. Part of the Steel Demon line, this disc features a premium ceramic abrasive blend designed to deliver fast, aggressive cuts through metal while lasting significantly longer than standard abrasive discs. The disc mounts on a 20mm arbor and is fully reinforced for use in hand-held angle grinders. Fabricators, ironworkers, and mechanical contractors reach for this disc when throughput and disc life matter on the job site.

This cut off disc is suited for ferrous metal cutting in both residential and commercial construction, mechanical, and fabrication environments. It performs well in tight access areas where control and disc longevity are critical. The pack of 5 units per package makes it practical for sustained production work or stocking a service van. Typical applications include cutting structural steel, pipe, angle iron, and similar ferrous stock.

Key Features

• Premium ceramic abrasive blend for fast, clean cuts through metal
• 12-inch diameter with 20mm arbor for compatibility with standard angle grinders
• Fully reinforced construction supports safe hand-held operation
• Engineered cutting life significantly beyond standard abrasive discs
• Effective in hard-to-reach and confined cutting areas
• Sold in a package of 5 discs per unit of measure

Compatibility

Designed for use with hand-held angle grinders accepting a 12-inch cut off disc with a 20mm arbor. Intended for cutting ferrous metals including structural steel and pipe.

Installation Notes

Cut off discs must be installed and operated by qualified tradespeople familiar with abrasive wheel safety. Always confirm the grinder spindle speed rating meets or exceeds the disc maximum RPM before mounting. Inspect the disc for cracks or damage before each use and never mount a damaged disc. Wear appropriate PPE including face shield, gloves, and hearing protection during operation.