BJS COMPOSITES Trademark

[ Chemical fibers not for textile use, in particular fibers composed of ceramics, silicon carbide, carbon or boron nitride; semi-finished products, NAMELY, fibers composed of ceramics, silicon carbide, carbon or boron nitride IN THE FORM OF yarns, threads, non-insulating fabrics, non-crimp fabrics, non-insulating knitted fabrics, felts, prepregs and two or three dimensional forms of fabric cut or formed into pre-set shapes manufactured from synthetic fibers, in particular carbon fibers, silicon carbide fibers, boron nitride fibers, ceramic fibers, with all of the foregoing being fo use in further manufacture and snot for textile use ]

[ Unprocessed synthetic polymers, in particular thermoplastics and thermosetting plastics for manufacturing fibers, composite materials as well as for coatings; ] ceramic matrix reinforced with synthetic fibers whereas the ceramic matrix may be derived from synthetic resin, for manufacturing components for pumps IN THE NATURE OF casings, bearings, plate rings, shaft sleeves, floating rings, containment shells, rotors, vanes, for pump stations IN THE NATURE OF casings, bearings, plate rings, shaft sleeves, floating rings, containment shells, rotors, vanes, for nuclear applications IN THE NATURE OF fuel rods, claddings, control rods, grid assemblies, waste containers, shells for containers, for turbines IN THE NATURE OF blades, exhaust nozzles, combustion liners, vanes, shrouds, flaps, seals, containments, air shields; ceramic matrix reinforced with synthetic fibers whereas the ceramic matrix may be derived from synthetic resins, for USE IN THE MANUFACTURE OF components for friction applications, in particular brakes, clutches, bearings, sliding rings, transmissions and tools; ceramic matrix reinforced with synthetic fibers whereas the ceramic matrix may be derived from synthetic resin, for components for high-temperature applications, in particular for USE IN THE MANUFACTURE OF furnaces, charging racks, gassing lances, burner nozzles, rollers and tiles; ceramic matrix reinforced with synthetic fibers whereas the ceramic matrix may be derived from synthetic resin, for components for aerospace applications, in particular FOR THE MANUFACTURE OF plates, tiles and flaps; ceramic matrix reinforced with synthetic fibers whereas the ceramic matrix may be derived from synthetic resin, for USE IN THE MANUFACTURE OF components for satellite applications, in particular satellite frames and satellite holders; ceramic matrix reinforced with synthetic fibers whereas the ceramic matrix may be derived from synthetic resin, for optical applications, in particular FOR USE IN THE MANUFACTURE OF frames and holders; fiber reinforced ceramic composite materials, namely, those having ceramic fibers, [ carbon fibers, ] silicon carbide fibers [ [ and boron nitride fibers, ] for use in manufacture of components for pumps IN THE NATURE OF casings, bearings, plate rings, shaft sleeves, floating rings, containment shells, rotors, vanes, for pump stations IN THE NATURE OF casings, bearings, plate rings, shaft sleeves, floating rings, containment shells, rotors, vanes, for turbines IN THE NATURE OF blades, exhaust nozzles, combustion liners, vanes, shrouds, flaps, seals, containments, air shields and for nuclear applications IN THE NATURE OF fuel rods, claddings, control rods, grid assemblies, waste containers, shells for containers; fiber reinforced ceramic composite materials, namely, those having ceramic fibers, [ carbon fibers, ] silicon carbide fibers [ and boron nitride fibers ] , for friction applications, in particular for use in manufacture of brake linings, clutch facings, bearings, sliding rings, transmissions and other tools IN THE NATURE OF guiders, punchers, grabbers; fiber reinforced ceramic composite materials, namely, those having ceramic fibers, [ carbon fibers, ] silicon carbide fibers [ and boron nitride fibers ] for high-temperature applications, in particular for USE IN THE MANUFACTURE OF COMPONENTS FOR furnaces IN THE NATURE OF hot gas fans, rollers, hot gas flaps, burners, tubes, charging racks IN THE NATURE OF the rack itself, gassing lances IN THE NATURE OF the lances themselves, burner nozzles, rollers and tiles; fiber reinforced ceramic composite materials, namely, those having ceramic fibers, [ carbon fibers, ] silicon carbide fibers [ and boron nitride fibers ] for aerospace applications, in particular FOR USE IN THE MANUFACTURE OF plates, tiles and flaps; fiber reinforced ceramic composite materials, namely, those having ceramic fibers, [ carbon fibers, ] silicon carbide fibers [ and boron nitride fibers ] for components for satellite applications, in particular FOR USE IN THE MANUFACTURE OF satellite frames and satellite holders; fiber reinforced ceramic composite materials, namely, those having ceramic fibers, [ carbon fibers, ] silicon carbide fibers [ and boron nitride fibers ] for optical applications, in particular FOR THE MANUFACTURE OF frames and holders; ceramic matrix reinforced with synthetic fibers, in which fibers are embedded in a matrix of ceramics and/or polymers, for optical applications IN THE NATURE OF optical benches, mirror housings, frame structures to guide light, for nuclear applications IN THE NATURE OF fuel rods, claddings, control rods, grid assemblies, waste containers, shells for containers and use in manufacture of components for pumps IN THE NATURE OF casings, bearings, plate rings, shaft sleeves, floating rings, containment shells, rotors, vanes, for pump stations IN THE NATURE OF casings, bearings, plate rings, shaft sleeves, floating rings, containment shells, rotors, vanes, turbines IN THE NATURE OF blades, exhaust nozzles, combustion liners, vanes, shrouds, flaps, seals, containments, air shields, for friction applications, in particular FOR use in manufacture of brake linings, clutch facings, bearings, sliding rings, transmissions and other tools IN THE NATURE OF guiders, punchers, grabbers, for high-temperature applications, in particular for use in manufacture of components for furnaces IN THE NATURE OF hot gas fans, rollers, hot gas flaps, burners, tubes, charging racks IN THE NATURE OF the rack itself, gassing lances IN THE NATURE OF the lance itself, burner nozzles, rollers and tiles, for aerospace applications, in particular for use in manufacture of plates, tiles and flaps, for satellite applications, in particular satellite frames and satellite holders; composite ceramic materials, namely, those having ceramic fibers, [ carbon fibers, ] silicon carbide fibers [ and boron nitride fibers ] in which fibers and/or fabrics composed of fibers are embedded in a matrix of ceramics [ and/or polymers ] FOR reinforcement of the matrix of ceramics [ and/or polymers ]