ABRASIVE BELTS

Brand Owner (click to sort) Address Description
ABRASIVESAVER Carbide Tools for Industry Inc. 2650 S. Grand Ave. Santa Ana CA 92707 ABRASIVE BELTS,DISC,ROLLS,SHEETS,SCOTCH-BRITE,FLAP WHEELS,GRINDING WHEELS,FLAP DISCS,CARTRIDGE ROLLS,POLISHING,PSA DISCS AND BUFFING ACCESSORIES ETC;ABRASIVE SAVER;
BUFFALO Nippon Kotedoabureshibu Kabushiki Kaisha 1-36, 3-chome, Noritakeshinmachi Nishi-ku, Nagoya shi, Aichi Japan Abrasive Belts, Abrasive Discs, Abrasive Flap Wheels, Abrasive Contact Wheels, Sold to Industrial Users;Sandpaper in Sheets and Rolls Sold to Industrial Users;
MET-L-BRASIVE DIVINE BROTHERS COMPANY 200 Seward Avenue Utica NY 13502 Abrasive Belts;METAL-ABRASIVE;
NORTON SG BLAZE SAINT-GOBAIN ABRASIVES, INC. One New Bond Street Worcester MA 016150008 Abrasive belts, flap discs, cloth discs, fiber discs and quick-change fastener discs for use with hand-operated tools;Abrasive belts for use with power-operated machines for metalworking; Abrasive belts, flap discs, cloth discs, fiber discs and quick-change fastener discs for use with portable machines; Abrasive belts for use with power-operated machines for woodworking;NORTON SAINT-GOBAIN BLAZE;
POWERKUT SANCAP ABRASIVES, INC. 16123 ARMOUR STREET, NE ALLIANCE OH 44601 ABRASIVE BELTS;POWERCUT;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. The invention provides an abrasive article, and methods for the use and the manufacture of the article. The abrasive article comprises an abrasive surface; and a performance index associated with the abrasive article, the index indicating an aspect of the abrasive performance of the article. In abrasive applications, the performance index is used to determine initial process conditions under which the abrasive article will abrade a workpiece. A process for making the abrasive article comprises (a) providing an abrasive article having an abrasive surface; (b) providing a workpiece having an abradable surface thereon; (c) abrading the abradable surface by applying the abrasive surface against the abradable surface at a known applied pressure and velocity and relatively moving the abrasive article and the abradable surface during a predetermined period of time; (d) devising a performance index based on the abrasive performance of the abrasive article during the abrading step (c); and (e) associating the performance index with the abrasive article.