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671jungle

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Posts posted by 671jungle

  1. I just realized the final design build isn’t posted here. I think i can fish out a video. The final version is the most rigid design of all the burners I’ve built and can be duplicated in larger sizes. I used 316 stainless for the nozzle 

     

    I will do a break down in a few weeks when i do some maintenance or possibly rebuild the forge.

     

  2. On 10/24/2022 at 2:29 PM, Mikey98118 said:

    always good to hear from you. It has been about three years since you built your burner. How do you like it? What do you use it for/in? Inquiring minds long to know :rolleyes:

    Hello, and thank you! Its been a busy and crazy last couple years. 
    the burner works great. Very efficient and hot. I can burn steel in it. The stainless flame “nozzle” is still holding up but has noticeable corrosion. Both still burn neutral with a fast flame. Still rigid as ever. I can pull the bottom mounted burners out of the forge and knock debris out of the torch and stick them back in with no issues. The forge itself needs some maintenance work but still works a charm. If I’m guessing right, i get about 40hrs out of it at 20ish psi with two burners running.
    I have been using it for general forging and making mokume gane.

  3. 4 minutes ago, elimsprint said:

    Where are you getting the capillary tube, I have been searching everywhere up here to no avail.

    I cant post the link for whatever reason. Search drawn brass tube with desired ID on ebay. I just looked it up. Its still there

  4. 3 hours ago, Frosty said:

    Do you have links I can check out so I know more about the wick you're using?

    Thank you Frosty. I have thought on all those points. Mostly coming up with a stainless baffle to interrupt the flame and help with secondary combustion or more heat exchangers running through the flame path to act the same and increase heat transfer. Any other thoughts?

    here is a video and a basic diagram of the wick. The guy in the video is cut from a similar cloth as most of us here in IFI.

     

    78683AF8-F271-41AB-AC78-6AF52A79611F.png

    1 hour ago, Buzzkill said:

    A couple side notes here

    Thanks for the response. 
    i like the idea of a “hot plate” vaporizer. I am curious if a baffle on the flame front would help with secondary combustion. 

    As far as intake and exhaust:

    1) can the intake remain oversize to accommodate as much air as needed for combustion?

    2) can the heat exchangers as a baffle to interrupt the flame? or would it be better to reorient the exhaust all together? 
    thanks for the time!

     

  5. Rough idea of the system. I have a sneaking feeling to make the combustion chamber smaller in diameter or cone shaped. The exhaust may need playing with as well.

    i am also very interested in the “Argand lamp” wick being that the wick diameter is rather large. The large surface area will hopefully increase output. The center through way of the Argand wick will be 1” or 2” copper tube protruding out the bottom of the reservoir and base. The wick material will be 100% carbon felt. The breather holes in the stainless pan and wick housing are about 1/2” diameter hopefully providing plenty of air for combustion.

    1 1/2” or 2” copper tubes for the heat exchanger.

    the whole device will be ran on gravity fed vegetable or waste oil.

    6EDDC617-C982-4CF6-9BDB-8EE4DD3C2BB0.jpeg

  6.  Hello everyone. Not forge related but in the realm of our interests. Have any of you made gassifying drip oil fed rocket heaters with a heat exchanger?

    This will be the base and wick housing for the greenhouse heater. Super simple design. Attach legs, empty propane bottle for combustion chamber will sit on top with copper tubing running in the cross section for a heat exchanger and a chimney for exhaust.
    The drip feed will run down along the combustion chamber before entering and leading to the wick reservoir. The wick will be an “Argand lamp” style wick.

    Any critical notes, precautions or additions are welcomed. 
    thank you

    F0E8FAD0-02CF-4DAD-949A-4ADFC3A5DEAE.jpeg

  7. Good day y’all. Hope all is well.

    CV bearing housing repurposed into a blade. I have been filing corners amd sharp edges before the quench amd it seems very soft. I was under the impression that it was a very hard steel. While cutting, sparks displayed as HC. I didn’t have enough material to do a break and heat treat test. Anyone have experience working these into tools? Thanks?

    C806DD5C-8F0F-4170-8E7E-22E81AC26481.jpeg

    9C6EBD33-4DFE-46A8-A484-4AA2613B9A64.jpeg

  8. On 1/11/2021 at 10:21 AM, Mikey98118 said:

    Thanks,

    The people following behind you, will be  saved a lot of grief.

    I am so sorry Mike! I totally got caught up in my bubble. I will do it in the morning. But from what I can recall, I drilled the intake holes 4” from the flame end of the mix tube then made the cut for the jet to be a little past the start of the intake which would give room for tuning. Since most of the assembly is threaded together, tuning the distance of the jet is as easy as turning the coupling the hose barb is threaded into or the hose barb itself or both effectively adjusting the distance on such a small system. However they may be slight differences.

    Again, my apologies for not responding sooner

  9. 2 minutes ago, Mikey98118 said:

    what is that shiny part in the first photo?

    Thanks for the input Mike, that is encouraging. I would be a happy camper if I could weld with such small equipment:D. As for the part I think it is a fitting of a shower/bath hose connection. I used it for another build awhile back and it worked but was not a very practical component as it did not allow for an easy connect at the end of the mix tube.

  10. https://youtu.be/uPm8ZLQ26xo
    here is slow motion of two of burner in a small forge. The mini keg is a gallonish the forge chamber is like half a gal. And gets very hot. It may just need a better forge design to get to welding. Maybe just a door.  But it has been my main forge for most things and goes quite the distance. I have a large 2 burner 3/4” forge for the anything larger.

    EDM tubes are .015” ID

    you can find them on the “bay” under drawn brass tubes. Be sure to put the specified ID in the search 

    Also, the 1/4” pipe nipple is 5”. I made a mistake in an earlier post about this burners tube being longer than that. The correct length is 5”.

     

    Well I thought it was slow mo

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