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Cheap titanium
John Smith :
Titanium ore is available all over the world. It's a very common element. Titanium ore costs only pennies per pound. It's almost literally dirt cheap. .... Which doesn't have anything to do with putative shortage of titanium itself. I digress somewhat, but has there been a major leap recently in the general ability of industry to process and machine titanium? I ask because I've noticed a lot of car parts being made out of titanium at prices that seem impossibly cheap. Also a lot of very cheap watches with titanium cases, and a lot of tools also with titanium casings or parts. Yes there is a new process, see: http://www.britishtitanium.co.uk/ffc_process.htm Earl Colby Pottinger -- I make public email sent to me! Hydrogen Peroxide Rockets, OpenBeos, SerialTransfer 3.0, RAMDISK, BoatBuilding, DIY TabletPC. What happened to the time? http://webhome.idirect.com/~earlcp |
#2
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Earl Colby Pottinger wrote:
John Smith : I digress somewhat, but has there been a major leap recently in the general ability of industry to process and machine titanium? I ask because I've noticed a lot of car parts being made out of titanium at prices that seem impossibly cheap. Also a lot of very cheap watches with titanium cases, and a lot of tools also with titanium casings or parts. Yes there is a new process, see: http://www.britishtitanium.co.uk/ffc_process.htm I don't think that process is commercialized yet. From what I can judge, British Titanium is still workin the kinks out at the pilot level. Paul |
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Paul F. Dietz wrote:
Earl Colby Pottinger wrote: John Smith : I digress somewhat, but has there been a major leap recently in the general ability of industry to process and machine titanium? I ask because I've noticed a lot of car parts being made out of titanium at prices that seem impossibly cheap. Also a lot of very cheap watches with titanium cases, and a lot of tools also with titanium casings or parts. Yes there is a new process, see: http://www.britishtitanium.co.uk/ffc_process.htm I don't think that process is commercialized yet. From what I can judge, British Titanium is still workin the kinks out at the pilot level. Paul If I was a shareholder in British Titanium, I would be very concerned at this point. Their patent must be at least 5 years old now, and their process has yet to be adopted by any commercial enterprise. Apparently they were in negotiations with the mining conglomerate BHP Billiton a couple of years ago. If that deal had gone ahead then we probably would be seeing a lot of cheap titanium in the near future, but unfortunately it fell through because BT wanted too much for rights to use their process. As you mentioned, there are problems that need to be ironed out, in particular an inexpensive way of converting crude ore into a high purity titanium dioxide feedstock. At the moment the purification is carried out by converting the ore into titanium tetrachloride, which is a volatile liquid that can be purified by distillation. The purified TiCl4 could then be converted into titanium dioxide (which is the raw material for the FFC process), or it could be converted directly into titanium metal using the existing Kroll process. A large part of the high cost of titanium comes from producing TiCl4, so the FFC process will give little if any cost savings until a way is found to purify TiO2 without using TiCl4 as an intermediary. This is where someone with expertise in mining and processing ores (such as BHP Billiton) could have proved very useful. The other problem with titanium is that it needs a completely different set of manufacturing techniques than more commonly used metals such as steel. I'd imagine very few manufacturers will bother with it until it costs less than stainless steel, and even then, it will probably take several years at least until it is widely used. Unless the British Titanium shareholders do something radical like sack the management of their company and replace them with people with some business sense, I think the FFC process will remain a laboratory curiosity until the patent expires (or BT runs out of cash and is forced into liquidation). The inventors of this process could have made a fortune from it, but thanks to incompetent management they probably won't make a penny. Fairly typical of British inventions. Hugh |
#4
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around for reference).
Bake at 400°for about 25 minutes - or you could fry them in olive oil. Place the meatballs in the tomato gravy, and simmer for several hours. Serve on spaghetti. Accompany with green salad, garlic bread and red wine. Newborn Parmesan This classic Sicilian cuisine can easily be turned into Eggplant Parmesan If you are planning a vegetarian meal. Or you could just as well use veal - after all, you have to be careful - Sicilians are touchy about their young family members... 6 newborn or veal cutlets Tomato gravy (see index) 4 cups mozzarella, 1cup parmesan, 1cup romano Seasoned bread crumbs mixed with parmesan romano salt pepper oregano garlic powder chopped parsley Flour eggwash (eggs and milk) Peanut oil for frying. Pound the cutlets. Dredge in flour, eggs, then the bread crumb mixture. Fry till golden brown in 350° peanut oil. In a baking pan, place a layer of gravy, then one of meat, gravy, and cheese. Another layer each of meat, gravy, and cheese. Then bake at 350° for 45 minutes. Serve on hot pasta with romano cheese. Southern Fried Small-fry Tastes like fried chicken, which works just as well. In fact you may want to practice cutting up whole chickens for frying before you go for the real thing. Whole chicken is much more efficient and inexpensive than buying pieces. 1 tiny human, cut into pieces 2 cups flour Onion, garlic Salt pepper garlic p |
#6
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Earl Colby Pottinger writes:
Yes there is a new process, see: http://www.britishtitanium.co.uk/ffc_process.htm Their home page also has an interesting note: British Titanium plc (BTi) is delighted to announce to shareholders that a Notice of Intent (in effect, an entry for a competition) submitted to the US National Aeronautics and Space Agency (NASA) in partnership with Florida Institute of Technology and NASA's Kennedy Space Center for the development of an in-situ resource utilisation process to produce oxygen on the moon from lunar regolith has been successful. ... On 16th November British Titanium was informed by NASA's Exploration Systems Mission Directorate that their proposal was "among the best received and has been selected for award". Kinda cool ... -Miles -- If you can't beat them, arrange to have them beaten. [George Carlin] |
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