Norton Abrasives, 66261058712, Quick-Change Fiber Disc, 3 in, Coarse, 80 Grit, Premium Ceramic Alumina, Fiber Backing, 20000 RPM

Cut, polish and deburr with ease when you attach the Blaze F980 coarse grit TR (Type III) quick-change fiber disc to your grinder. Ideal for tough materials such as 300 and 400 Series Stainless, titanium and super alloys, this disc is designed for cost-efficient performance. Durable fiber backing resists tears better than conventional cloth-backed discs so you can apply the pressure you need, and the coarse-grit grain gets the job done faster. This quick-change fiber disc features 100-percent ceramic grain to always expose the sharpest edges. It cuts cooler and faster than the competition thanks to an advanced self-lubricating treatment.

Features

• Strong fiber backing, heavier and more rigid than conventional cloth discs, adds strength and tear resistance, and allows additional pressure for better results when grinding difficult materials
• Advanced self-lubricating grain treatment provides coolest cut and significantly faster cut rates; excels on hard-to-grind materials like 300 and 400 Series Stainless and exotic alloys
• Our 100% ceramic grain constantly exposes sharper edges to deliver highest productivity at lowest overall costs vs. competitive lower-ratio ceramic discs
• Coarse grit for the fastest stock removal with most aggressive weld blending, and deburring rates

Markets

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

Materials

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

Applications

• Blending
• Stock Removal
• Deburring

Machines

• Handheld Disc Sander

• Diameter: 3 in.
• Grade: Coarse
• Attachment: TR (Type III)
• Max Operating Speed RPM: 20000
• Max Operating Speed Guideline: Determined by back-up pad
• Abrasive: Premium Ceramic Alumina
• Backing Material: Fiber
• Grit Size: 80
• Abrasive Type: Coated
• Grain Material: 100% Ceramic
• Treatment: Self-lubricating