1075 with hamon and feels so good in my hand. It's big, 10 1/2 inches OAL the cutting edge is 5 1/2 inches. Stainless steel bolsters brushed finish with white fiber spacer and stabilized Black Palmwood for the handle. I had fun building this knife, I squeezed this one in between some custom orders I had to fill.
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Big Knife with Hamon
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Originally posted by muzzlebrake View PostLove a good hamon. What steel? 1095?Last edited by Bjankowski; 10-22-2018, 07:39 AM.
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Thanks! I haven't stopped making them, but I've slowed WAY down. Apparently, I'm not allowed to post pictures of my knives on here because I'm not an associate sponsor anymore. The last time I posted a picture, it was just for show and tell. It was a knife I made for myself and had no intention of selling, but it still got deleted, so I decided not to post anymore. I still post them on Instagram, though.
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Originally posted by SamHarper View PostThanks! I haven't stopped making them, but I've slowed WAY down. Apparently, I'm not allowed to post pictures of my knives on here because I'm not an associate sponsor anymore. The last time I posted a picture, it was just for show and tell. It was a knife I made for myself and had no intention of selling, but it still got deleted, so I decided not to post anymore. I still post them on Instagram, though.
http://instagram.com/sambostuff
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Originally posted by Bjankowski View Post1075, I love working 1075 when I'm not using 52100. 1075 has plenty of manganese to make a good hamon. Sometimes I edge quench 52100 but I normally don't etch it, the line is real faint in that type of alloy.
Other than quenching well with brine.Last edited by muzzlebrake; 10-23-2018, 07:01 AM.
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Originally posted by muzzlebrake View PostI have never used 1075. What do you find are it's advantages if you don't mind me asking?
Other than quenching well with brine.
The advantage of 1075 is that it is the eutectic carbon steel. The temperature curves are the best for HT. It will produce a fine blade. A lot katana and wakazashi swords are made from it.
The "issue" with 1095, is you have a VERY short time to get it from the heat to quenchant AND successfully get it hardened. With a eutectoid steel like 1075, you have a much longer time-frame (it's a matter of seconds) but it makes a big difference.
I put my knives through some stringent tests and I haven’t seen a significant difference between 1095 and 1075. 1075 has enough manganese to give you a sufficient hamon. I also like it for choppers much like I would use 5160.
I quench primarily with brine, however 1075 does good with canola oil as well.
Sorry for the long answer.
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Originally posted by Bjankowski View PostThe advantage of 1075 is that it is the eutectic carbon steel. The temperature curves are the best for HT. It will produce a fine blade. A lot katana and wakazashi swords are made from it.
The "issue" with 1095, is you have a VERY short time to get it from the heat to quenchant AND successfully get it hardened. With a eutectoid steel like 1075, you have a much longer time-frame (it's a matter of seconds) but it makes a big difference.
I put my knives through some stringent tests and I haven’t seen a significant difference between 1095 and 1075. 1075 has enough manganese to give you a sufficient hamon. I also like it for choppers much like I would use 5160.
I quench primarily with brine, however 1075 does good with canola oil as well.
Sorry for the long answer.
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