VorpelSword
Gold Member
- Joined
- Dec 27, 2007
- Messages
- 1,454
Materials science in knife making steels is moving along. Last year THE steel to have was Manicut. Everyone (nearly) said it was ballanced and pretty good all around, though there were other formulations with some superior characactritics at the expense ofr others.
So, what would be the un-obtainable goal of steel makers for the near or distant future? What performance characteristics would the ethe holy grail? How sharp, how tough, how corrosion resistant, how workable, how hardinable . . .?
All the stable lelments are all well known to metalergists and how they behave when alloyed with iron. Are we there yet, or is there room for a Magnicut-2.0 (by any other name)?
Back in the 1980s, NASA launched a space probe that needed a small window for an instrument that could only be made from a large flawless Diamond. They bought one and had it ground into a non-jewelry window. If NASA, Blue Origine or Space-X needed a superior blade material for some demanding reason, and cost was not a consideration, what would that look like?
So, what would be the un-obtainable goal of steel makers for the near or distant future? What performance characteristics would the ethe holy grail? How sharp, how tough, how corrosion resistant, how workable, how hardinable . . .?
All the stable lelments are all well known to metalergists and how they behave when alloyed with iron. Are we there yet, or is there room for a Magnicut-2.0 (by any other name)?
Back in the 1980s, NASA launched a space probe that needed a small window for an instrument that could only be made from a large flawless Diamond. They bought one and had it ground into a non-jewelry window. If NASA, Blue Origine or Space-X needed a superior blade material for some demanding reason, and cost was not a consideration, what would that look like?
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