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#1 |
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Location: Europe
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Thank you for your answers, although not all tried to answer my question.
Master (Ustad) Daud said to Shah Jahangir, ‘that it would not stand below the hammer, and fell too pieces’. If Master Daud could say like that, he must have known meteoric iron, otherwise he could/would not have made such a statement. Meteoric iron must have been known, at least among some of the better weapon smiths, other wise he could not have said that the iron would fall to pieces when hammered on, and he knew how much other iron he had to mix it with, to make it possible for him to make two swords a dagger and a knife. To have this knowledge it must have been tried many times before. Although there, no doubt is much mysticism and symbolism involved in making swords in India, I think this is even more so when it comes to making kerise’s. The way to find meteoric iron in Japan sounds interesting, although I have never read about it. |
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#2 |
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Join Date: Jan 2005
Location: Kansas City, MO USA
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Jens Nordlunde:
No doubt some nickel-iron type are not well suited for direct hammering. There are several factors to take into consideration... the crystal structure of the meteorite (from fine to coarse octahedrite, etc.), and metallurgy for example. The Gibeon Meteorite from Namibia, Africa is an example of a nickel-iron type that you can hammer directly without forging. Again, it goes back to the odds of the right type of meteorite falling in the right place at the right time. ![]() |
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#3 |
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Yes I have read that there are different types of meteoric iron, and also that the one with nickle is very difficult to use, but from the structure Master Daud must have been able to estimate how much 'normal' iron he had to mix it with. To have had this knowledge, he, or others, must have tried it several times to get that knowledge
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#4 |
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Location: The Netherlands
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Nechesh,
Of course the discussion should be academic and not based on rumours. Kraton empus did make keris for clients outside the kraton and used the surplus of the prambanan meteorite they received to make a court keris. I did read it in a dutch book: De Inlandsche Kunstnijverheid in Nederlandsch Indie (The Inland Artwork in Dutch Indie) by J.E. Jasper and MAS Pirngadie. This book was printed and published on behalve of the dutch government in The Hague in 1930. I translate for you the passage in that book: "As pamormetal was and is used in the royal countries, the home of pamorforge art, metoric iron, that contains few nickle and is known as pamor parambanan. It is kept in the kraton of Soerakarta. Every time when the Soesoehoenan or other courtmembers want to forge a weapon, often a much too large piece of the meteor Iron was given to the empu, who had usually left a very large part of it. That's why that it was possible to buy pieces of the pamor parambanan for the very high price of fl 2,50 to fl 10,00 for a rejal (30 gram)" That means in the currency of today the very high price of 1 euro to 4,50 euro for 30 gram. About the use and being well known of the meteoric iron you misunderstood me. Using meteoric iron outside Indonesia for pamorforging is not well known. Jens wrote that in India two swords, a dagger and a knife was made from the iron of a meteor. What I ment to say is that the use of the parambanan meteor for pamor weapons is well known (at least here in Holland) and that "a weapon made from the meteor was considered as the true holy weapon with pamor parambanan or pamor toenggal" (I quoted the book) Pamor forging was also done with other metals. The same book mention "the import of nickle bars, the pure Krupp nickle from the factory of A. Krupp from Berndorf, Germany. When this was used the pamordrawing came up very clear and shiny. Much more then when the real pamor iron of Parambanan was used." |
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#5 |
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Prambanan meteorite is on the Finest (crystal structure) Octahedrite, around 5% nickel...
http://internt.nhm.ac.uk/cgi-bin/ear...y=P2270&index= Also you have Hexahedrites - low nickel bearing (up to 6%) Octahedrites - medium nickel bearing (5 to 17%, mostly on the lower end) and classified from fine to coarse (in crystal structure) believe to be caused by the speed of cooling. Ataxites - high nickel bearing (16% plus) note: they show no internal crystal structure. http://www.alaska.net/~meteor/type.htm |
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#6 |
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Location: Kansas City, MO USA
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Since the Prambanan meteorite wasn't introduced untill the 1700's... can some tell me how far back the nickel-iron parmor goes back? What was the early history of the metallurgy? Was it just Malelo before that?
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#7 |
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Hi BSMStar,
Thank you for your answer. It is very interesting what you write about the different types of meteors, and the concentration of the different metals. I find it most interesting, that iron, even with a very small concentration of some other metal, can act very different when forged, and sometimes make it almost impossible to forge, if it is not treated in a very special way. When they, started to work with wootz steel and meteoric iron, it must have taken them a considered amount of time, until they had learned how to treat the metal so they could form it. Sorry I can't help you with your new question. Jens |
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