Titanium Metals Corporation

Titanium for industrial Brine and Sea Water Service, Titanium Metal Corporation of America, Denver, Colo., 1968. 

Titanium Metals Corporation. In Corrosion Resistance of Titanium Titanium Metals Corporation Denver, CO, 1993. 

Titanium aluminide alloys with two compositions, and differing structures, were used as substrates. The a-2 Ti3Al was a commercial alloy (Heat T8991), fabricated as 1 mm thick sheet, by the Titanium Metals Corporation of America and contained (as w/0)... 

Yet another technique is used by the Titanium Metals Corporation of America. They tap off as much magnesium chloride as possible during the reduction reaction and then distil in situ from the reactor retort. A special design of stout reactor retort is required to withstand both the conditions of magnesium reduction and those of distillation, the latter involving high vacuum. 

Titanium-Sponge Producers. In 2005, according to the US Geological Survey (USGS), the only titanium-sponge-producing countries were the USA, the Commonwealth of Independent States (CIS), Ukraine, Republic of Kazakhstan, Japan, and the People s Republic of China (PRC). In the USA, the three current titanium-sponge producers are, in order of startup and of size of production. Titanium Metal Corporation of America (TIMET) with its plant located... 

Corrosion Materials, www.corrmtls.com Deloro Stellite, www.stellite.com Hamilton Precision Metals Inc., www.hpmetals.com Haynes International Inc., www.haynesintl.com Inco Alloys International, www.incoalloys.com Nickel Development Institute, www.nidi.org Special Metals Corporation, www.specialmetals.com Titanium Metals Corporation, www.timet.com Wah Chang-Oremet www.wahchang.com... 

In the United States, practically all zirconium metal is now being made by the Kroll process. This process was an adaptation to zirconium of a similar process for titanium developed by W. J. Kroll. The work of Kroll and metallurgists of the Albany, Oregon, station of the Bureau of Mines culminated in a plant to produce 135,000 kg zirconium/year at the station. A similar plant was operated by the Carborundum Metals Corporation, at Akron, New York. These have been superseded by the plant of the Teledyne Wah Chang Albany Company, at Albany, Oregon, with a capacity in 1978 of 3.4 million kg/year. 

Corrosion Resistance of Titanium. Denver, Colo., Titaniiun Metals Corporation (TBVIET), 1997. 

H-Iron [Hydrogen iron] A process for making iron by reducing powdered iron oxides from ores or scrap, using hydrogen. A variation on the process will convert iron/titanium ores to a titanium concentrate and metallic iron. Developed by Hydrocarbon Research and United States Steel Corporation, and used in Pennsylvania and California. See also DR. 

In a reducing atmosphere, some of the metallic compounds are reduced to metals and others to the lower oxides. Since subsequent leaching is an oxidation step, the dissolution medium reacts more rapidly with the reduced metal than with the lower oxides, thus giving a certain degree of selectivity. The 100,000-ton/year ilmenite beneficiation plant of Benilite Corporation of America (Cl5) for the production of a feed for chloride-process titanium dioxide plants employs a partial reduction of iron oxides prior to leaching with hydrochloric acid. 

A process for the epoxidation of propylene with in situ generation of hydrogen peroxide was proposed in the 1990s by the Tosoh Corporation (283). The company suggested that PO could be made in a flow system via a direct reaction between H2 and O2 in the presence of propylene by using a catalyst made of palladium supported on crystaUine titanium sihcate. A propylene conversion of 0.8% was reported, with a selectivity to PO of 99%. ARCO (now Lyondell) described catalysts that produce PO with better selectivity and yield as compared with those reported earher (284). BASF has also claimed the use of framework metal-modifled TS-1 catalysts for this catalytic chemistry (266). Various catalyst compositions were described that can be... 

Horizons Titanium Corporation, U.S. A. Fused Salt Bath for the Electrodeposition of the Polyvalent Metals Titanium, Tantalum and Vanadium. British Patent 791,151 (1958). 

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