METAL POWDERS USED MANUFACTURING

Brand Owner (click to sort) Address Description
EATONITE EATON CORPORATION 1000 Eaton Boulevard Cleveland OH 44122 Metal powders used in manufacturing, namely, corrosion and wear resistant metallic powder and corrosion and wear resistant metallic powder for applications requiring a protective cladding;
ECOSHOT Sanyo Special Steel Co., Ltd. 3007 Aza Ichimonji, Nakashima Shikama-ku, Himeji-shi Hyogo 672-8035 Japan Metal powders used in manufacturing; Alloys of common metal; Common metal in sheet, rod, bar and/or billet form; Metal sputtering targets; Steel alloys;ECO SHOT;
GLOBAL SOLUTIONS IN METAL POWDERS SCM METAL PRODUCTS, INC. 2601 Weck Drive Research Triangle Park NC 27709 Metal Powders used in manufacturing articles containing metal; Pastes containing metal powders for use in joining technologies, namely brazing, soldering, and welding;METAL POWDERS;
HARDSHOT Sanyo Special Steel Co., Ltd. 3007 Aza Ichimonji, Nakashima Shikama-ku, Himeji-shi Hyogo 672-8035 Japan Metal powders used in manufacturing; Alloys of common metal; Common metal in sheet, rod, bar and/or billet form; Metal sputtering targets; Steel alloys;HARD SHOT;
HYDROCLAD DANFOSS A/S Nordborgvej 81 Nordborg 6430 Denmark Metal powders used in manufacturing, namely, corrosion and wear resistant metallic powder; corrosion and wear resistant metallic powder for protective cladding;HYDRO CLAD;
LPW LPW Technology Ltd Manor Park 16 Berkeley Court Runcorn, Cheshire WA71TQ United Kingdom [Metal powders used in manufacturing; metal in powdered form];[Chemicals used in industry; unprocessed artificial resins, unprocessed plastics, adhesives for industrial purposes, namely, foundry sand; plastics in powder form for model making and mould making];Calibration services for laser and electron beam processing machine tools; technical advice regarding the engineering and design of machine tools; scientific research and development services; design, development and testing of industrial machinery, laser deposition systems, laser and electron beam processing machine tools, and metal powders for use therewith; industrial research in the form of experimental development trials in the fields of industrial machinery, laser deposition processes, laser and electron beam processing machine tools, and metal powders for use therewith; product development for others in the fields of industrial machinery, laser deposition processes, laser and electron beam processing machine tools, and metal powders for use therewith; consulting services in the fields of design, development and testing of industrial machinery, laser deposition systems, laser and electron beam processing machine tools, and metal powders for use therewith;
MARENITE Maren Corporation 145 First Drive NE New Philadelphia OH 44663 Metal powders used in manufacturing;
PREP Timet Powdered Metals SUITE 1700 5430 LBJ FREEWAY DALLAS TX 75240 Metal powders used in manufacturing;
PREP Hoolahan, Gerald, R 2229 Main Street Concord MA 01742 Metal powders used in manufacturing;
SUPERHARDSHOT Sanyo Special Steel Co., Ltd. 3007 Aza Ichimonji, Nakashima Shikama-ku, Himeji-shi Hyogo 672-8035 Japan Metal powders used in manufacturing; Alloys of common metal; Common metal in sheet, rod, bar and/or billet form; Metal sputtering targets; Steel alloys;SUPER HARD SHOT;
SUPERSHOT Sanyo Special Steel Co., Ltd. 3007 Aza Ichimonji, Nakashima Shikama-ku, Himeji-shi Hyogo 672-8035 Japan Metal powders used in manufacturing; Alloys of common metal; Common metal in sheet, rod, bar and/or billet form; Metal sputtering targets; Steel alloys;SUPER SHOT;
 

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

    
Technical Examples
  1. Methods of forming niobium powders and other metal powders are described. The method involves milling the metal powders at elevated temperatures and in the presence of at least one liquid solvent. The methods of the present invention have the ability to reduce DC leakage and/or increase capacitance capabilities of metal powders when formed into capacitor anodes. The present invention further has the ability to significantly reduce the milling time necessary to form high surface area metal powders and leads to reducing the amount of contaminants in the metal powders. Metal powders such as niobium powders having reduced amount of contaminants and/or having DC leakage or capacitance capabilities are also described. A process is further described for forming a flaked metal by wet-milling a metal powder into a flaked metal wherein at least one liquid fluorinated fluid is present during the wet-milling process. The process is particularly well suited for forming metal flakes, such as niobium or tantalum flakes, of high purity.