| ADMA Products, Inc. Patents |
| Method for Joining Large Ceramic Articles to Metals, Appl. No. US60/877,881, 2006
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| High-strength Metal Aluminide-containing Matrix Composites and Methods of Manufacture the Same, No. US 6,852,273, Feb. 8, 2005;
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| Process of Direct Powder Rolling of Blended Titanium Alloys, Titanium Matrix Composites and Titanium Aluminides, Patent No. US 7,311,873 B2, Dec. 25, 2007;
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| Method of Producing Articles from Titanium Alloys, Patent of Ukraine #70366, 15.10.2004
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| Method of Titanium Powder Production, Patent of Ukraine #65654,
15.04.04
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| Method of Manufacturing of Titanium Hydride, Patent of Ukraine #56116А, 15.04.2003
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| Fully-Dense Discontinuosly-Reinforced Titanium Matrix Composites and Method For Manufacturing the Same, Filed on 12/29/2003, Application # 10/748,619.
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| Manufacture of Cost-effective Titanium Powder from Magnesium Reduced Sponge, No. US 6,638,336 B1, Oct. 28, 2003.
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| Method of Hydrogenation of Titanium, Patent of Ukraine, No 56117 А, 15.04.2003
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| Bulletproof Lightweight Metal Matrix Macrocomposites with Controlled Structure and Manufacture the Same, No. US 6,635,357 B2 Aug 28, 2003.
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| Manufacture of Lightweight Metal Matrix Composites with Controlled Structure, No US 6,599,466 B1, Jul, 29, 2003;
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| Method for Manufacturing Fully Dense Metal Sheets and Layered Composites from Reactive Alloy Powders, Application No. 10/298,849, Filing Date 10/30/02;
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| Method of Titanium Powder Production, Ukrainian Patent #51917 A, 12/16/2002.
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| Method of Producing High Density Sintered Articles from Iron-Silicon Alloys, No. US 6,126,894 10/03/2000;
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| Method of Forming Thin Dense Metal Sections from Reactive Alloy Powders, No. 5,903,813, 5/11/1999;
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| ADMA Products, Inc. Trademarks |
| ADMATAL (Registration No. 2,993,656). Cick here to view this trademark.
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