Fibre Discs 5 In - 36 Grit - Norzon Blue Stripper

Norton Company | Fibre Discs 5 In - 36 Grit - Norzon Blue Stripper | 38562

• 5" - 36 Grit.
• Heavy duty fibre discs are preferred for tough jobs like paint removal, cutting down plastic filler or prepping bare metal.
• Made with superior zirconia alumina abrasive grains, it outperforms and outlasts the competition.
• Promotes quick initial cut and a self-sharpening action continuously expose keen, new cutting points.
• Its cooler-running characteristic results in reduced loading, less frequent disc change-overs, and greater efficiency and productivity.

Norton 38562 Fibre Discs 5 Inch - 36 Grit - Norzon Blue Stripper

Norton 38562 Fibre Discs 5 Inch - 36 Grit - Norzon Blue Stripper are heavy duty fibre discs that are preferred for tough jobs like paint removal, cutting down plastic filler or prepping bare metal. They are made with superior zirconia alumina abrasive grains, which outperform and outlast the competition. The discs promote a quick initial cut and a self-sharpening action continuously exposes keen, new cutting points. Their cooler-running characteristic results in reduced loading, less frequent disc change-overs, and greater efficiency and productivity.

Key Features:

• 5" - 36 Grit.
• Heavy duty fibre discs are preferred for tough jobs like paint removal, cutting down plastic filler or prepping bare metal.
• Made with superior zirconia alumina abrasive grains, it outperforms and outlasts the competition.
• Promotes quick initial cut and a self-sharpening action continuously expose keen, new cutting points.
• Its cooler-running characteristic results in reduced loading, less frequent disc change-overs, and greater efficiency and productivity.

Applications:

• Ideal for removing paint, coatings, rust, and other tough materials.
• Can be used on a variety of surfaces, including metal, wood, and concrete.

Benefits:

• Outperforms and outlasts the competition.
• Promotes a quick initial cut and a self-sharpening action.
• Cooler-running characteristic results in reduced loading, less frequent disc change-overs, and greater efficiency and productivity.