TABLE FLATWARE MADE NON PRECIOUS

Brand Owner (click to sort) Address Description
EASTON ONEIDA CONSUMER 1600 Dublin Road, East Bldg., Suite 200 Columbus OH 43215 TABLE FLATWARE MADE OF NON-PRECIOUS METAL;
INDEPENDENCE ONEIDA LTD. Suite 700 200 South Civic Center Drive Columbus OH 43215 TABLE FLATWARE MADE OF NON-PRECIOUS METAL;
JUILLIARD ONEIDA CONSUMER 1600 Dublin Road, East Bldg., Suite 200 Columbus OH 43215 TABLE FLATWARE MADE OF NON-PRECIOUS METAL;
LIBRETTO ONEIDA LTD. Suite 700 200 South Civic Center Drive Columbus OH 43215 TABLE FLATWARE MADE OF NON-PRECIOUS METAL AND CRYSTAL;
LTD ONEIDA CONSUMER 1600 Dublin Road, East Bldg., Suite 200 Columbus OH 43215 TABLE FLATWARE MADE OF NON-PRECIOUS METAL AND CRYSTAL;
MARQUETTE ONEIDA CONSUMER 1600 Dublin Road, East Bldg., Suite 200 Columbus OH 43215 TABLE FLATWARE MADE OF NON-PRECIOUS METAL;
ROCHESTER ONEIDA LTD. Suite 700 200 South Civic Center Drive Columbus OH 43215 Table Flatware Made of Non-Precious Metal;
SAMANTHA ONEIDA LTD. Suite 700 200 South Civic Center Drive Columbus OH 43215 Table Flatware Made of Non-Precious Metal;
VALERIE ONEIDA LTD. Suite 700 200 South Civic Center Drive Columbus OH 43215 Table Flatware Made of Non-Precious Metal;
YANKEE CLIPPER ONEIDA LTD. Suite 700 200 South Civic Center Drive Columbus OH 43215 TABLE FLATWARE MADE OF NON-PRECIOUS METAL;
 

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

    
Technical Examples
  1. The object of the present invention is to provide a catalyst that is highly active and capable of maintaining its activity for a long period of time even in a high-temperature environment. The present invention is a catalyst including: a porous carrier which is comprised of one kind of or two or more kinds of metal oxides; and catalyst particles which are comprised of precious metals or precious metal oxides and supported on the above porous carrier, characterized in that the catalyst particles include: clustered particles formed by the aggregation of first precious metal atoms; and second precious metal ions bound to the above clustered particles. Preferably, the first precious metal and the second precious metal are different metal species which are selected from the group consisting of platinum, palladium, rhodium, ruthenium, silver, gold, iridium and osmium.