The BladeForums.com 2024 Traditional Knife is ready to order! See this thread for details:
https://www.bladeforums.com/threads/bladeforums-2024-traditional-knife.2003187/
Price is $300 $250 ea (shipped within CONUS). If you live outside the US, I will contact you after your order for extra shipping charges.
Order here: https://www.bladeforums.com/help/2024-traditional/ - Order as many as you like, we have plenty.
I purchased a QM knife unaware of the controversy. I had hope the complaints were bogus till I saw this. It looks like a miniature from a Godzilla movie! The scale is totally off and it is obviously a scam if someone is saying this is some sort of manufacturing plant. The whole thing is probably less than 6ft tall!I copied the pic from instagram and put it elsewhere, lest somebody figure out how bogus it is and take it down...
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I purchased a QM knife unaware of the controversy. I had hope the complaints were bogus till I saw this. It looks like a miniature from a Godzilla movie! The scale is totally off and it is obviously a scam if someone is saying this is some sort of manufacturing plant. The whole thing is probably less than 6ft tall!
Carbon is a little tricky because most knife steels have some.
Good point, it ain’t steel w/o carbon. A hand held XRF is the wrong tool for cutlery elemental analysis anyway.Just curious: What would be a knife steel that does NOT contain any carbon?
Guys, please don’t get hung up on when I said “most knife steels have some (carbon.)” I’m not a steel expert but I know that all steels contain some carbon. It was just me typing a turn of phrase without thinking about the implication that I was claiming some steels don’t.Good point, it ain’t steel w/o carbon. A hand held XRF is the wrong tool for cutlery elemental analysis anyway.
I disagree strongly. A light metal XRF spectrometer is the perfect tool being portable and programmable. If you know how to program it, you can input every single known grade of steel’s composition, tolerances (fluctuation in baseline composition), and number of separate XRay pulses to average together (I use 10 x average) and it will literally print out the name of the steel, and whatever other information you want to include in a report format.Good point, it ain’t steel w/o carbon. A hand held XRF is the wrong tool for cutlery elemental analysis anyway.
If your XRF can’t ”read” C, it’s not the right tool for cutlery where C and its concentration are very important.I disagree strongly. A light metal XRF spectrometer is the perfect tool being portable and programmable. If you know how to program it, you can input every single known grade of steel’s composition, tolerances (fluctuation in baseline composition), and number of separate XRay pulses to average together (I use 10 x average) and it will literally print out the name of the steel, and whatever other information you want to include in a report format.
** Please note I’m talking about a light metal spectrometer, which can read all the light metals as well as the ones mine can. It’s just about 5x more expensive so I don’t own one.
If you know of something better, I’d love to know. Sincerely aim not being sarcastic so genuinely would like to know what would be better.
If your XRF can’t ”read” C, it’s not the right tool for cutlery where C and its concentration are very important.