Norton Abrasives, 66254425336, Fiber Locking Disc, 5 in, Extra Coarse, 24 Grit, Premium Ceramic Alumina, Speed-Change Fastener, 12000 RPM

Featuring a heavy fiber backing that provides strength and resists tears, this Blaze F980 coarse grit fiber locking disc features self-lubrication that ensures a cool cut when working on 300 and 400 series stainless steels, super alloys, titanium and other hard-to-grind materials. The 100-percent ceramic alumina grain contains micro-fractures that constantly expose sharp grinding edges, offering a fast cut rate and a longer lifespan than blended or low-ratio ceramic alumina discs. A Speed-Change arbor mount allows fast disc changes without tools.

Features

• Heavier fiber backing for additional strength and tear resistance
• 100% ceramic alumina micro-fracturing grain constantly exposes sharper grain edges to provide fastest cut rate and longest life over competitive blended/low-ratio ceramic alumina discs
• Self-lubricating grinding aid treatment delivers the coolest cut on stainless steel, high alloy steels, super alloys, titanium, and other difficult to grind materials
• Best choice for coarse grit fiber disc beveling, blending, deburring, and stock removal applications; and Speed-Change arbor mount provides fast, easy, tool-free disc changes

Machines

• Pistol Grip Air Sander
• Right Angle Grinder

Markets

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

Materials

• Super Alloys
• Titanium
• 400 Series Stainless
• 300 Series Stainless

Applications

• Stock Removal
• Blending
• Beveling
• Deburring

• Diameter: 5 in.
• Max Operating Speed RPM: 12000
• Attachment: Speed-Change Fastener
• Grit Size: 24 (Extra Coarse)
• Abrasive: Premium Ceramic Alumina
• Backing Material: Fiber, Heavy Fiber
• Abrasive Type: Coated
• Max Operating Speed Guideline: Determined by back-up pad
• Compatibility: Speed-Change Arbor Mount
• Suitable Materials: 300 Series Stainless, 400 Series Stainless, Super Alloys, Titanium