CERAMIC FIBERS

Brand Owner (click to sort) Address Description
FIBERAMIC RHONE-POULENC CHIMIE 25 QUAI PAUL DOUMER 92400 COURBEVOIE France CERAMIC FIBERS, NOT OF TEXTILE USE, USED IN THE MANUFACTURE OF PARTS AND ASSEMBLIES FOR INDUSTRY;SPORTING ARTICLES, NAMELY TENNIS RACKETS;FIBER CERAMIC;
OUTSTANDING INSIDE Rath Aktiengesellschaft Walfischgasse 14 A-1010 Wien Austria Ceramic fibers, in particular ceramic fibers including aluminium oxide, silicum oxide and zircon oxide as well as products manufactured therefrom like ceramic wool for building purposes; refractory construction materials, not of metal, containing fireclay, sillimanite, bauxite, corundum, mullite, zircon mullite, chrome corundum, spinel, magnesite and silicon carbide; refractory castables being construction materials, in particular dense castables and dense castables for gunning purposes, low cement castables, ultra low cement castables, insulating castables, insulating gunning castables, special castables; refractory construction products, in particular unshaped fireclay materials and fireclay mortar; fireclay bricks; construction bricks having a high content of aluminium including alumina, fireclay, bauxite, sillimanite, mullite and corundum; construction bricks including chrome-corundum; construction bricks including zircon oxide; construction bricks including aluminium and magnesia spinel; acid resisting bricks; mortar including ceramic binder; chemically binding mortar; vacuum formed products made of ceramic wool for buildings purposes; ceramic fiber paper, in particular on the basis of aluminium-silica fibers for building purposes; sliding gates made of ceramics for steel pouring ladles and continuous casting distributors for building purposes;Ceramic insulating materials; ceramic fibers as thermal and electric insulating materials;
RATH OUTSTANDING INSIDE REFRACTORY SOLUTIONS Rath Aktiengesellschaft Walfischgasse 14 A-1010 Wien Austria Ceramic fibers, in particular ceramic fibers including aluminium oxide, silicum oxide and zircon oxide as well as products manufactured therefrom like ceramic wool for building purposes; refractory construction materials, not of metal, containing fireclay, sillimanite, bauxite, corundum, mullite, zircon mullite, chrome corundum, spinel, magnesite and silicon carbide; refractory castables being construction materials, in particular dense castables and dense castables for gunning purposes, low cement castables, ultra low cement castables, insulating castables, insulating gunning castables, special castables; refractory construction products, in particular unshaped fireclay materials and fireclay mortar; fireclay bricks; construction bricks having a high content of aluminium including alumina, fireclay, bauxite, sillimanite, mullite and corundum; construction bricks including chrome-corundum; construction bricks including zircon oxide; construction bricks including aluminium and magnesia spinel; acid resisting bricks; mortar including ceramic binder; chemically binding mortar; vacuum formed products made of ceramic wool for buildings purposes; ceramic fiber paper, in particular on the basis of aluminium-silica fibers for building purposes; sliding gates made of ceramics for steel pouring ladles and continuous casting distributors for building purposes;Ceramic insulating materials; ceramic fibers as thermal and electric insulating materials;The colors black, red and white are claimed as a feature of the mark; The mark consists of the word elements RATH OUTSTANDING INSIDE Refractory Solutions, in which the stylized wording RATH is printed in black with its A composed of a red triangle with a white diagonal stripe through one side.;The color(s) red, black and white is/are claimed as a feature of the mark.;
 

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

   
Technical Examples
  1. A ceramic fiber composite comprises ceramic fibers bonded together by an at least partially ceramic binder formed from a nanoclay and at least one of a ceramic precursor material or a ceramic material. The present invention also concerns methods of forming ceramic fiber composites and burners containing them.