Norton Abrasives, 66261191445, Unified Wheel, 3 in Diameter; 1/8 in Thickness; 1/4 in Arbor Hole; Medium Grit; Aluminum Oxide

Get fast stock removal and reduced cycle times with this aggressive Bear-Tex Vortex Rapid Blend AO medium grit non-woven arbor hole unified wheel. Its engineered aluminum oxide abrasive grain and improved resin bond system cut quickly and efficiently, improving the part quality of your finished piece. This unified wheel's thick nylon web doubles its effective lifespan and delivers a fast finish with minimal shedding. The wheel's controlled porosity helps ensure a cool cut despite its high stock removal rate, which makes it ideal for light weld bead and splatter removal and heavy deburring, as well as for finishing applications.

Materials

• Copper
• Bronze
• Brass
• Hard Carbon Steels
• Soft Carbon Steels
• 300 Series Stainless
• Tool Steels
• Gray Iron
• Cast Iron
• 400 Series Stainless
• Ductile Iron

Features

• Better choice for light weld bead and weld splatter removal, heavy deburring, and finishing application
• Thick nylon web delivers 2X longer life and faster finishing – with minimal shedding vs competitive wheels
• Controlled porosity ensure a cool cut and improved cut rate
• High-performance, medium grit, engineered aluminum oxide grain and improved resin bond system provide aggressive, fast, stock removal, reduced cycle times, and excellent part quality

Machines

• Bench Grinder
• Inline Grinder
• Flexible Shaft Grinder
• Straight Grinder
• Pedestal Grinder
• Die Grinder
• Pencil Grinder

Applications

• Blending
• Surface Prep
• Deburring
• Finishing

Markets

• Transportation
• Home & Leisure
• Manufacturing & Industry
• Medical Industry
• Collision Repair
• Paint & Drywall
• Metal Fabrication/Welding

• Max Operating Speed RPM: 18100 RPM
• Diameter: 3 in.
• Thickness: 1/8 in.
• Arbor Hole: 1/4 in.
• Abrasive Type: Non-Woven Aluminum Oxide Aggregate
• Grade: Medium
• Density: 7 Density
• Bond System: Resin
• Material: Aluminum Oxide, Nylon
• Web Type: Thick nylon
• Porosity: Controlled porosity