Norton Abrasives for the Industrial Market

North America

Products

Narrow Belts

Norton offers a wide selection of narrow belt sizes and grits for most dimensioning, intermediate grinding and polishing applications. Typical applications include:

Benchstand and Backstand Belts

Grinding and deburring of all metals
Heavy stock removal
Blending, dimensioning and shaping
Polishing

Centerless, Conveyor and Platen Belts

Intermediate grinding stainless and carbon
Moderate pressure applications
Dimensioning and finishing

Norton SG BLAZE and BLAZE PLUS

Our re-engineered BLAZE PLUS R980P, R940P and R920 ceramic belts, with their improved backing and better base adhesion, have exceptional grain retention resulting in 30% longer life and better control of the belt on the contact wheel than our original Norton SG BLAZE belts.

Norton SG R981

Norton SG R981 use Norton SG ceramic abrasive and an enhanced grinding aid to provide exceptional life and value, especially on hard-to-grind alloys.

Norzon BlueFire R887-R884

These belts are self-sharpening for cooler cutting with improved base adhesion and minimal loading. Choose NorZon BlueFire R887 for foundry, investment castings, and metal fabrication and R884 for foundry, primary metal, and wood/floor sanding.

NorZon Plus R821

For non-ferrous metals, glass and ceramics, NorZon Plus R821 narrow belts are made with premium, self-sharpening zirconia alumina abrasive for an aggressive, rapid cut rate.

NorZon Plus R824-R823

The choice for heaviest pressure applications, NorZon Plus R824/R823 belts are made with premium, self-sharpening zirconia alumina abrasive on heavy, waterproof polyester backings.

NorZon Plus R801

The self-sharpening NorZon Plus zirconia alumina abrasive grain makes NorZon Plus R801 belts ideal for grinding exotic alloys and forged steel. Added grinding aid for cooler cutting on stainless steels and titanium alloys.

Metalite R228

Versatile Norton Metalite R228 belts are made with aluminum oxide abrasive for a wide range of MRO metalworking applications where cutting action is more important than conformability.