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steven smith

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steven smith last won the day on February 3 2019

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  1. these people might be able to help https://kniferights.org/
  2. if it works thats fine, i think that getting out 80 grit and bigger scratches takes the most time especially with hand sanding, once the blade is flat and those big scratches are gone things go a lot quicker. my concern is with how flat the blade is after using an orbital or palm sander, if the blade has slight dips and waves from machine sanding then you go to hand sand to a higher grit it will be harder to get a good finish because you might not be able to sand the low spots without removing the high spots. im not saying it wont work but it doesnt seem as precise as
  3. that frame is a pretty nice hunk of steel, the whole thing looks great and very well done.
  4. ive seen them use one of these before on man at arms https://www.lehighvalleyabrasives.com/tools-and-equipment-1-dia-x-3-8-w-contact-arm-assembly-tapered-rubber-wheel-with-no-platen-dynabrade-11232-dyn11232 its not going to reduce the speed of your belt, it looks like its just for narrow fullers
  5. you can go super small, one of my forges is a bean can with a squashed down layer of kaowool. i need to make little doors to keep the heat in better but it work fine for hunting knives and things that size. i can heat treat 6" of blade but more than that can be tricky. i have an atlas 30k burner that also works fine for my freon tank forge, propane seems to last forever, i dont do much forge welding so i can get 20 or more hours out of a 20lbs tank of gas with the freon tank. a smaller burner would be nice for the bean can forge. its nice to have some wiggle room but you can make a
  6. simple carbon steels like 1060, 1075, 1080, 1084, 1095 are pretty much just iron and carbon, you heat them up to critical (forget what anyone says about non magnetic thats pretty much useless) the carbon begins to dissolve in the steel, it happens very quickly with most simple steels, the thing about the carbon is that once you go above .84% you then need to hold the steel at critical for some time for things to dissolve. so with 1084 you can heat it up to critical and quench it pretty much right away, it might be a good idea to hold it at temp for a few seconds but nobody ever seemed concerne
  7. from the little i know the new ones can be etched like that, they are placed in acidic mud and other stuff. definitely on the other end of the spectrum of bladesmithing that most are used to, with as much skill and knowledge as japanese swordsmiths, lots of info out there if you speak the language... i dont really know what im talking about but i was trying to learn about them for a while, i had trouble finding information other than on the site alan mentioned.
  8. that is delightful, im chuckling about the palm swell, wouldnt have expected that!
  9. recently made a knife from a mexico nicholson file that went dull fairly quick, i just now used it to cut at some forged/normalized 1075 with forge scale and it held its edge reasonably well. that is with an improper heat treatment as i dont have a temperature controlled oven, best i can do is heat to critical and quench in oil but as we know 1095 needs to be soaked at critical for some minutes to get the best effect.
  10. hello everyone, i would like to share my knife making grinder, its likely the simplest way you could make a belt grinder. great for those with low income. in use, i do most of the material removal on the tracking wheel and then flatten it out with the platten, i mosty do blades that are forged close to final shape which makes the grinding take less time. for pure stock removal i will start with an angle grinder because i can see what im doing better and this grinder is not the most powerful thing in the world. however, i have not yet stalled the motor and i am very ple
  11. a higher polish is a bit more resistant to rust but if you leave a 1000 grit finished blade out with a 200-400 grit blade in the rain they will both get rusty. deeper scratches will hold moisture and gunk, gunk will attract moisture and if your blade is oiled the moisture can still wick through the gunk and start rusting the blade. fun fact: a blade with too much oil will get covered in dust which will wick moisture to the blade, this is how a blade can rust if it has been sitting in a drawer untouched for some time. blades dont need much oil if they are wiped down after each use to remove deb
  12. i silver braized a bunch of quarters once and made a bracelet out of it, it worked well enough, it was probably just as tricky as doing regular mokume. somebody stole that bracelet from my room, it was a beautiful ladder pattern... if you can make mokume its worth all the effort. you can braize wires together to make wire mokume, and ive used thin strips of copper that i twisted a bunch and then braized together for a twist sort of effect.
  13. that knife looks like loads of fun
  14. MOST IMPORTANT!!! the proper search term to search for file making is "file cutting" if you look up "how to make a file" you will get a bunch of computer related stuff. you want the file blank to be straight and even thickness or even tapers or it will warp all over the place during teeth cutting and hardening make sure the steel that you are cutting teeth into is soft and the chisel is hard, 5160 might not cut it and i think i had the best luck with a chisel made from an old nicholson file. after you cut the teeth the file blank will likely be warped so you need
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