Norton 66253410184 Cut-off Wheel 16 in Aluminum Oxide Type 1

Product Description

The NORTON 66253410184 is a Type 1 (01/41) resinoid-bonded aluminum oxide cut-off wheel built for stationary abrasive saws and cutting machines. It measures 16 inches in diameter, 5/32 inches thick, with a 1 inch arbor hole. The wheel is fully reinforced on both sides and carries a maximum operating speed of 3820 RPM. Abrasive reinforcement and the Gemini Long Life construction make it well-suited to high-demand cutting tasks on ferrous and stainless steel stock. This wheel is installed and used by metalworkers, fabricators, and trade professionals who require consistent, controlled cuts on stationary equipment.

This cut-off wheel is designed for use with stationary tools such as abrasive chop saws and stationary cut-off machines. Its primary applications include cutting steel and stainless steel in fabrication shops, mechanical rooms, and job-site staging areas. The 16 inch diameter and 3820 RPM maximum rating make it appropriate for larger-frame stationary saws rather than handheld angle grinders. It is not rated for portable or free-hand cutting equipment.

Key Features

• 16 inch diameter aluminum oxide abrasive wheel for stationary cutting equipment
• Both sides reinforced for added structural integrity during cutting operations
• Resinoid bond provides consistent abrasive release and cut control
• Type 1 (01/41) flat wheel profile for straight, plunge, and chop cuts
• Gemini Long Life construction for extended wheel service life
• Rated for steel and stainless steel applications

Compatibility

Designed for use with stationary abrasive cut-off tools and chop saws that accept a 16 inch diameter, 1 inch arbor wheel operating at or below 3820 RPM. Suitable for cutting steel and stainless steel workpieces.

Installation Notes

Mounting and replacement of abrasive cut-off wheels should be performed by qualified personnel following ANSI B7.1 safety standards for the use, care, and protection of abrasive wheels. Always power down and de-energize the machine before changing wheels. Inspect the wheel for cracks, chips, or damage before mounting, and never exceed the maximum RPM marked on the wheel. Ensure flanges and the arbor are clean and properly seated before operation.