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Some informative answers particularly the respondent who wrote about the making of historical katanas which accurately described the process as lamination not pattern welding. Whoever wrote that doesntdoesn't have a clue about japaneseJapanese swordsmithing. The remarkable thing about those ancient swords was that despite having poor quality ore to work with they developed a technique that more than made up for that. Can any other sword in the world cut through five bodies in one stroke? There are swords in japaneseJapanese museum have been tested as being able to do that (as gruesome as that is to imagine that is a lot of meat and bone to cut through) if the sword was not both extremely sharp and resistant to breaking it would not be able to do that. I have no doubt the same sword could cut a toledoToledo steel sword but I doubt a toledoToledo steel sword could cut a katana. The laminated design of the katana made it resistant to breakage and very sharp. The worst that would happen in blocking to a well made katana is a chipped edge.

Some informative answers particularly the respondent who wrote about the making of historical katanas which accurately described the process as lamination not pattern welding. Whoever wrote that doesnt have a clue about japanese swordsmithing. The remarkable thing about those ancient swords was that despite having poor quality ore to work with they developed a technique that more than made up for that. Can any other sword in the world cut through five bodies in one stroke? There are swords in japanese museum have been tested as being able to do that (as gruesome as that is to imagine that is a lot of meat and bone to cut through) if the sword was not both extremely sharp and resistant to breaking it would not be able to do that. I have no doubt the same sword could cut a toledo steel sword but I doubt a toledo steel sword could cut a katana. The laminated design of the katana made it resistant to breakage and very sharp. The worst that would happen in blocking to a well made katana is a chipped edge.

Some informative answers particularly the respondent who wrote about the making of historical katanas which accurately described the process as lamination not pattern welding. Whoever wrote that doesn't have a clue about Japanese swordsmithing. The remarkable thing about those ancient swords was that despite having poor quality ore to work with they developed a technique that more than made up for that. Can any other sword in the world cut through five bodies in one stroke? There are swords in Japanese museum have been tested as being able to do that (as gruesome as that is to imagine that is a lot of meat and bone to cut through) if the sword was not both extremely sharp and resistant to breaking it would not be able to do that. I have no doubt the same sword could cut a Toledo steel sword but I doubt a Toledo steel sword could cut a katana. The laminated design of the katana made it resistant to breakage and very sharp. The worst that would happen in blocking to a well made katana is a chipped edge.

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Some informative answers particularly the respondent who wrote about the making of historical katanas which accurately described the process as lamination not pattern welding. Whoever wrote that doesnt have a clue about japanese swordsmithing. The remarkable thing about those ancient swords was that despite having poor quality ore to work with they developed a technique that more than made up for that. Can any other sword in the world cut through five bodies in one stroke? There are swords in japanese museum have been tested as being able to do that (as gruesome as that is to imagine that is a lot of meat and bone to cut through) if the sword was not both extremely sharp and resistant to breaking it would not be able to do that. I have no doubt the same sword could cut a toledo steel sword but I doubt a toledo steel sword could cut a katana. The laminated design of the katana made it resistant to breakage and very sharp. The worst that would happen in blocking to a well made katana is a chipped edge.

Some informative answers particularly the respondent who wrote about the making of historical katanas which accurately described the process as lamination not pattern welding. Whoever wrote that doesnt have a clue about japanese swordsmithing. The remarkable thing about those ancient swords was that despite having poor quality ore to work with they developed a technique that more than made up for that. Can any other sword in the world cut through five bodies in one stroke? There are swords in japanese museum have been tested as being able to do that (as gruesome as that is to imagine that a lot of meat and bone to cut through) if the sword was both extremely sharp and resistant to breaking it would not be able to do that. I have no doubt the same sword could cut a toledo steel sword but I doubt a toledo steel sword could cut a katana. The laminated design of the katana made it resistant to breakage and very sharp. The worst that would happen is a chipped edge.

Some informative answers particularly the respondent who wrote about the making of historical katanas which accurately described the process as lamination not pattern welding. Whoever wrote that doesnt have a clue about japanese swordsmithing. The remarkable thing about those ancient swords was that despite having poor quality ore to work with they developed a technique that more than made up for that. Can any other sword in the world cut through five bodies in one stroke? There are swords in japanese museum have been tested as being able to do that (as gruesome as that is to imagine that is a lot of meat and bone to cut through) if the sword was not both extremely sharp and resistant to breaking it would not be able to do that. I have no doubt the same sword could cut a toledo steel sword but I doubt a toledo steel sword could cut a katana. The laminated design of the katana made it resistant to breakage and very sharp. The worst that would happen in blocking to a well made katana is a chipped edge.

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Some informative answers particularly the respondent who wrote about the making of historical katanas which accurately described the process as lamination not pattern welding. Whoever wrote that doesnt have a clue about japanese swordsmithing. The remarkable thing about those ancient swords was that despite having poor quality ore to work with they developed a technique that more than made up for that. Can any other sword in the world cut through five bodies in one stroke? There are swords in japanese museum have been tested as being able to do that (as gruesome as that is to imagine that a lot of meat and bone to cut through) if the sword was both extremely sharp and resistant to breaking it would not be able to do that. I have no doubt the same sword could cut a toledo steel sword but I doubt a toledo steel sword could cut a katana. The laminated design of the katana made it resistant to breakage and very sharp. The worst that would happen is a chipped edge.