Norton Abrasives, 08834168802, Sanding Disc, 5 in; Medium Grit, Non-Woven, Aluminum Oxide, Speed-Change Fastener

Non-woven discs are a combination of strong synthetic mesh and quality abrasives, bonded together by a smear-free adhesive. They are ideal for use on portable tools to clean and remove imperfections on metal surfaces, clean, deburr or finish a variety of surfaces, blend weld seams, or create decorative finishes. The open construction of the non-woven material enables aggressive cutting action and improved surface finish while maintaining its non-loading feature.

Features

• Proprietary Clean Bond resin technology guarantees smear-free finishes even on high nickel content alloys and reduces loading on aluminum and other soft metals
• A medium grit non woven disc for moderate surface blending on a variety of metals and surface shapes
• Premium high-loft nylon fiber bonded to a strong nylon scrim backing allows a thick layer of resin bond and grain for extended life and provides added durability and stiffness
• Premium aluminum oxide abrasive grain coating provides up to 20% higher cut rate and 50% better performance than competitive surface conditioning belts

Machines

• Right Angle Grinder

Materials

• Aluminum
• Hard Carbon Steels
• Copper
• Cast Iron
• Fiberglass/Composites
• 400 Series Stainless
• Super Alloys
• Titanium
• 300 Series Stainless
• Bronze
• Soft Carbon Steels
• Gray Iron
• Ductile Iron
• Brass

Applications

• Edge Breaking
• Finishing
• Surface Prep
• Body Panel Surface Repair
• Blending
• Polishing
• Parting Line Removal

Markets

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

• Max Operating Speed RPM: 12000 RPM
• Attachment: Speed-Change Fastener
• Diameter: 5 in.
• Grade: Medium
• Backing Material: Nylon
• Abrasive Type: Non-Woven
• Abrasive: Aluminum Oxide
• Compatibility: Right Angle Grinder
• Material: Aluminum Oxide, Nylon Fiber
• Max Operating Speed Guideline: Determined by back-up pad