Freud DDD050DIA101F Diamond Metal Cut-off Wheel 5 in

Product Description

The FREUD DDD050DIA101F is a 5-inch diamond-rimmed metal cut-off wheel designed for high-demand cutting applications in the trades. The diamond rim construction delivers significantly longer cutting life compared to standard bonded abrasive cut-off discs, making it well-suited for continuous or high-volume cutting tasks. Each package contains 5 wheels. This wheel is installed on angle grinders and cut-off tools by electricians, ironworkers, plumbers, and general contractors who regularly cut ferrous metals on the job site.

The DDD050DIA101F is engineered for tough metal cutting scenarios including rebar, angle iron, cast iron, and steel bar. The diamond rim maintains cutting performance through repeated use in demanding conditions, reducing the frequency of wheel changes and associated downtime. It is appropriate for both residential and commercial job site use wherever a 5-inch cut-off wheel fits the tool arbor.

Key Features

• Diamond-rimmed wheel construction for extended cutting life versus standard bonded abrasive discs
• 5-inch diameter compatible with standard angle grinders and cut-off tools
• Rated for cutting rebar, angle iron, cast iron, and steel bar
• 5 wheels per package to reduce restocking frequency on active job sites
• Design supports consistent cutting control throughout wheel life

Compatibility

Designed as an OEM-style replacement cut-off wheel for 5-inch angle grinders and cut-off tools accepting standard diamond-rimmed abrasive wheels for metal cutting applications.

Installation Notes

Installation and wheel changes should be performed by the tool operator following the angle grinder or cut-off tool manufacturer's guard and arbor specifications. Always power down and disconnect the tool from its power source before mounting or removing a wheel. Inspect the wheel for cracks or damage before each use and never exceed the maximum RPM rating marked on the wheel. Eye protection, gloves, and appropriate PPE are required during cutting operations.