A linisher is to a hand-held held belt sander, what a table saw is to a skillsaw. If that makes sense ☺️ I used them a lot back in the day engineering, mainly for deburring and getting a smooth finish on arms for rotary dies. They have always been a 'must have' handy tool in my collection, same as a dremel and pipe benders 🖖
I think Linish (or Linisher) was the name of the manufacturer of the machine rather than the process, then everyone use the term linishing; a bit like Hoover made Vacuum cleaners but everyone uses the term hoovering rather than vacuuming.
Great video. What’s amazing is you have a plasma cutter but are using cutting wheels! LoL it’s fun watching in 2x bc you can see the wheel getting smaller!
I'm very impressed with your vast knowledge and skills with your hands. The music alone is reason to view your videos. Keep up the good work brother. I have been inspired.
I like it! Next time, add some weld beads to the chimney section inside the water tank before you weld the tank outer shell on. Just little globs/spotwelds all over like goosebumps. What this does is increase surface are slightly but more importantly the now roughened surface breaks up laminar flow and creates a little turbulence. Laminar flow is bad as it acts like insulation like the layer of water in a wetsuit. Turbulence in a heat exchanger is a very good thing as it rotates cooler fluid into contact with the hot skin and increases efficiency. Some vertical fins along that inner skin would also add surface area and increase efficiency... nice build!
Sir I am from India & I saw many videos of your's about different designs of stove's... I really impressed ... You are very Perfect & genius in your work 👌👍
I’m loving all these rocket stove videos I’ve always thought there must be a cheap way to heat water with one of these thanks for sharing regards from 🇬🇧 uk 👌🏼 man that thing looks good 👌🏼👌🏼👌🏼👌🏼👌🏼👌🏼
Been playing Scott Joplin all day.....You know I love your videos & the wonderful and useful contraptions you make.I want them all..........that new plasma cutter works like butter......got to put the kettle on the Rocket Marg..........Little Aussie Rockets on......say hay to the kids....
Seeing you go into that state of Zen like welding, and you becoming the weld and the weld is you. "Zen in the art of Welding" 101 but, it is more seeing on the whole. Created to create itself.....products necessary for life.....
Good work! In my humble opinion i think the water jacket could be designed differently to increase efficiency and reduce quenching, the quenching will destroy that water jacket in 2 years. Perhaps use coiled copper pipe instead. Your welding is top class.
I just remembered something that would interest you Little Aussie Rockets. When you TIG weld stainless steel you need to mix a holding flux called Solar Flux which will make the weld happen on the other side without Sugaring which happens if you do not purge the inside of the tubes you are welding. Using Harris Solar Flux will not only hold the metal for using Oxygen Acetylene gas welding it is a flux also. This was during WW2 an official secret because of the war effort. You can also use stick welding with the proper rods which will prevent blowout the size of a quarter US currency change size of about an inch diameter. Hope this helps with your knowledge and pass it on. Good day too.
@@LittleAussieRockets This is the bitch part of using Solar Flux, getting it off the stainless is not easy. The rest of the story will make your project shine. Good day Mate to you too.
I enjoy your work you are the best I have seen I need your help if you would you see my wife and I are starting off grid we cook with wood no power I have tried to build a couple I don't have my deminitons right my wife cans and I need a stove large enough to boil about 30 qts of water for canning is there a formula to figure the chimney length and intake I hope I have explained myself sorry I tend to ramble thanks for your time keep up the great work you are truly a master
What was the reasoning for making the K type stove ?? I can tell my that I personally welded up a stove for my neighbor "Rocket stove 310 stainless steel" using SMAW 1/16 inch diameter rods. Worked like a charm. This gave me practice time using the buzz box so that I do not lose my touch with the welding process. Nicely done. I used all hand tools. Do not have fancy breaks or plasma cutter. I firmly believe that the simplest tools are the best. Just a personal opinion of my own. Good day and peace too. vf.
Ha ha, i was going to say that the most impressive part for me was watching how accurately you cut out those circles using the angle grinder. Then for the next cutting process you used a plasma cutter, so i thought, "he's just showing off!"
Forgot to ask you SIr, where did you get your information for sizes and flow numbers for the rocket water stove ??? Thanks Your TIG welding skills are spot on. Brought back real nice memories of when I worked at a fab shop. We worked with mostly high end materials. The work had to be spot on.
@@victoryfirst2878 I have been told that the riser should be 3 times longer than burn chamber, as a good starting point. Make sure there is good air flow to the burn chamber. That is pretty much all what I did in this build. 👍
There be alot of trapped air in cylinder because where outlet for hot water comes out you need too put bleed off valve on top cylinder too realise the air
Just one small comment from a junior welder in the States, which sounds funny since i'm 60. Um, shouldn't your tungsten tip not stick to the weld? Just wondering if you learned something different from what I heard. Always willing to learn.
I think that if you are to make more of these round rocket stoves then you will need to make yourself a cradle and possibly a shoe horn like bench jig to help with work holding. The cradle could also be mounted on a turntable to improve access while working or welding. You could use rollers or just wood blocks cut at 45 deg. Several locking straps would help with work holding and prevent unwanted rotation.
You should make a technical video about how you mapped out those cuts on the ends of the tube: to make them fit so well. (4:00) What is the math and technique in doing that??? That's a video I'd love to see.
It's called, parallel line development and the wonderful thing about it is there is basically no math, except working out the circumference of the material
Any reason why you didn't use shielding gass for the back side of the weld (needs to be done when welding stainless) - maybe good enough for the application?
I suggest for the work you are doing just buy yourself a plasma cutter. It will be a LOT quicker for all those curved cuts than an angle grinder ... and cheaper in consumable cost too. Under $300 off Ebay
Can I ask if you have measured the water temperature coming from the rocket stove you Use? UK code requires hot water to be above 60 Celsius to kill legionella.
Another way to look at this is to insert a coil up the water jacket.. then it would have carried additional heat through to the outlet.. Or a dual coil (one inner coil and one outer coil, y joined at the input and ouputs) which would enable twice as much water to be heated and save half the time.. Or as an extreme build.. have 4 coils and four straight pipes up through the middle and you'd have an almost instant hot water service.. this is plumbed in with two crossed circles and each inner pipe is welded at the centre of the cross sections whilst the coils are welded on the centres of the circle between each cross section.. ie. On the curve of the circle and not where the cross meets the circle. And water flow like a figure 8.. cold to bottom on heater.. hot water out top.. then hot to bottom of drum and cold to top of barrel.. efficiency is in the hot water entering at the bottom of barrel and input hot water rises preheating colder water at top of barrel.. also insulate pipes to retain further heat and even insulate storage barrel for extra retention. make sure your fittings are at the very bottom of storage tank and central of the barrel as cold water falls and hot water rises.. and hot at the very bottom will rise and colder water will fall to meet and absorb hotter water.. Also.. create an ash box with dimensions of pipe and a drawer to catch ash.. but leave enough space around drawer to catch ash and allow for airflow to creep around box.. did that for my firepit and sure enough drawer catches ash and airflow is still amazingly good..
Thanks for all these ideas, it's input like yours that really helps form future builds. My designs are very often limited to the materials I can scrounge at the time. You've really put some thought into this, thanks.
There is a problem on your chamber of water envolving the chimney: THE TOP CONECTION MUST ALWAYS BE ON ThE TOP, so that there is no air remaining. The existence of air there, makes the joints become too hot and may be destroyd
Cold water pipe across the flue adds very little, consider the ratio of the surface areas of that tube and the flue... Best way to get the water not taking a short cut straight up is to attach the inlet parallel to, not on a radial. That way it has to swirl up the jacket. Ohh, why use so much angle grinder when you have a plasma cutter?
Question: Why do you do some cuts by angle grinder and other cuts by plasma cutter? I would have thought that the plasma had the advantages when cutting curving shapes or material.
Convenience and size probably. It may be faster to grab a grinder to free hand a compond line than it is to setup a gas plasma cutter to do compound cuts. There is a time and place but its up to experience and the price of consumables. Cheaper a disk then to replace a bottle of gas. Anyway he has his methods. 😆
Nice! I'm afraid you might be right when you said the pipe through the middle was over-thinking it. What you have done is add more thermal stress. Since you say that will be the inlet, you'll have cold water hitting the hottest part of the stove. As good as your welds look, it should still last a long time, but maybe not as long as without that inlet tube. Maybe a cross-connect tube higher up (or more than one) would do what you want without as much thermal stress.
Briliant craftsmanship. I'll admit I learned a few things while watching this video. I think that pipe through the middle will cause a vapor lock situation when static water is introduced to such a hot surface temperature. I think the water wil go super heated steam as soon as it comes into conact ? We'll have to wait and see what happens when water is applied.
Hey sir ,let me tell you something go hang out with your little girl while you can in 4 or 5 years she's gunna be grown up an not want to hang with daddy. 😥😥😥😥😥 . Just kidding I miss mine when they where that young. Great build. I made a heat similar but I made a 8"" diameter rocket stove then cut holes 3/4" inch stainless steel tube ,feed 20 pipes throughout the stove an welded 180 degree elbows connecting them . Bent my elbows myself out of stainless steel tubing used in the oil industry it quite common here in Louisiana,USA. My friend has a Air over hydraulic energy PAC bender . We made 2 water heaters they work great.
At the start of the video you mention about the need for " Non Contamination " Everytime you touch the weld with your tungsten, you're Contaminating your weld !
You appear to be an excellent welder, with a very good working knowledge of metals and their characteristics. However, many of us aren't, and therefore would welcome a running commentary of what you are doing, and why. We come to youtube to learn, answer our questions etc there is little entertainment value in watching some guy welding sheets of metal together when we don't know why. We want to know the reasoning and principles behind a project. I personally want a rocket stove water heater, but haven't a clue about welding, and therefore would have to buy one. Please convince me that yours is functional and efficient. Speed up the boring bits, and let's see every stage completed. Sorry to be negative in my comments, but I do it and continue to watch your videos rather than delete you.
He doesnt have time to make a 3 hour video. There was more than likely 12 hours of fab into this build anyways. That's our job to uncover the answers we seek.
It's stainless steel, so not cheap. Likely 1500 to 2000 or more after labor cost. A good welder isn't cheap, and there lots of fabrication time. Take a few photos and ask a local machine shop operation. Good luck.
I've been a sheet metal worker for 41 years, done a lot of SS fab. You just taught me the word linishing, I've never heard it before.
jdfixit Hello from Australia, ‘linishing’ refers to the use of flexible belts for removal of material and polishing. As opposed to grinding stones.
Same here. 20 years of stainless fab experience. Never heard that either.
A linisher is to a hand-held held belt sander, what a table saw is to a skillsaw. If that makes sense ☺️ I used them a lot back in the day engineering, mainly for deburring and getting a smooth finish on arms for rotary dies. They have always been a 'must have' handy tool in my collection, same as a dremel and pipe benders 🖖
I think Linish (or Linisher) was the name of the manufacturer of the machine rather than the process, then everyone use the term linishing; a bit like Hoover made Vacuum cleaners but everyone uses the term hoovering rather than vacuuming.
Great video. What’s amazing is you have a plasma cutter but are using cutting wheels! LoL it’s fun watching in 2x bc you can see the wheel getting smaller!
i started getting hooked to your rocket stove, keep watching
I'm very impressed with your vast knowledge and skills with your hands. The music alone is reason to view your videos. Keep up the good work brother. I have been inspired.
Thanks mate 👍
Parallel line development! I learned that in my sheet metal apprenticeship! Awesome to see you using it. Craftsmanship! Great video and skills set!
I like it! Next time, add some weld beads to the chimney section inside the water tank before you weld the tank outer shell on. Just little globs/spotwelds all over like goosebumps. What this does is increase surface are slightly but more importantly the now roughened surface breaks up laminar flow and creates a little turbulence. Laminar flow is bad as it acts like insulation like the layer of water in a wetsuit. Turbulence in a heat exchanger is a very good thing as it rotates cooler fluid into contact with the hot skin and increases efficiency. Some vertical fins along that inner skin would also add surface area and increase efficiency... nice build!
Sir I am from India & I saw many videos of your's about different designs of stove's... I really impressed ... You are very Perfect & genius in your work 👌👍
A few minor modifications and one could distill things in that ;) Nice work!
O my 😎
Just found your channel mate, so glad to see I'm not the only one to stick my tungsten's on a scratch start! Love your work mate, new subscriber..
I didn't know the words to look when asking the question how to intersect two cylinders! thanks very timely!
Wonderfull!!! Very professional work and your paciente is incredible. I liked the idea. Thanks.
I’m loving all these rocket stove videos I’ve always thought there must be a cheap way to heat water with one of these thanks for sharing regards from 🇬🇧 uk 👌🏼 man that thing looks good 👌🏼👌🏼👌🏼👌🏼👌🏼👌🏼
Amazing great to see a tradesman so skilled
Been playing Scott Joplin all day.....You know I love your videos & the wonderful and useful contraptions you make.I want them all..........that new plasma cutter works like butter......got to put the kettle on the Rocket Marg..........Little Aussie Rockets on......say hay to the kids....
Perfect! Greetings from Austria to Australia! We don´t have kangaroos!
Nice work with the disk grinder mate. I've been thinking about how to make a rocket stove water heater myself. Good work.
Zenned out completely now. Thank you
Ist class development . Got to be a sheet metal worker. . grate tradesman !! Make it look easy
Nice to see some pattern development going on here...🇬🇧👍
You are good with that tig.
Hello...dahdee...looks good..nice work
Seeing you go into that state of Zen like welding, and you becoming the weld and the weld is you. "Zen in the art of Welding" 101 but, it is more seeing on the whole. Created to create itself.....products necessary for life.....
My welding instructor used to accuse me of going into a coma like state when welding, I think he was jealous. 🤗
Well there is focus and then there is focus.
I saw this too. I love to do the same😆
Good work! In my humble opinion i think the water jacket could be designed differently to increase efficiency and reduce quenching, the quenching will destroy that water jacket in 2 years. Perhaps use coiled copper pipe instead. Your welding is top class.
Excelente trabajo!!!... Felicidades!!!... Saludos desde la CDMX!!!...
Very nice work looks like it will do the job well. I envy your tig skill. Thank you and God bless your wonderful family.
Thanks mate 👍
Good idea of a tool to hold when working alone~
from one southpaw to another, thanks mate!
Brilliant design and great video!
Nice job, and good tips.
Thank's -Cot!-
Impressive construction!!!
원통재단을 아주 잘 하셨네요. 그라인더 실력도 대단하십니다.
좋은영상 감사합니다.
You look happy!
Good Job :) Regards from Poland :)
First class welding🇬🇧
Great use of maths there to calculate the cuts.
I just remembered something that would interest you Little Aussie Rockets. When you TIG weld stainless steel you need to mix a holding flux called Solar Flux which will make the weld happen on the other side without Sugaring which happens if you do not purge the inside of the tubes you are welding. Using Harris Solar Flux will not only hold the metal for using Oxygen Acetylene gas welding it is a flux also. This was during WW2 an official secret because of the war effort. You can also use stick welding with the proper rods which will prevent blowout the size of a quarter US currency change size of about an inch diameter. Hope this helps with your knowledge and pass it on. Good day too.
That is something I will have to try. Thanks mate!
I just tried your trick on some stainless steel at work. Worked out great.
@@LittleAussieRockets This is the bitch part of using Solar Flux, getting it off the stainless is not easy. The rest of the story will make your project shine. Good day Mate to you too.
@@LittleAussieRockets O.K. fella. Hope you are not near the huge fires in your country ??? God bless too.
@@victoryfirst2878 we are north of the fires, all good mate👍
I enjoy your work you are the best I have seen I need your help if you would you see my wife and I are starting off grid we cook with wood no power I have tried to build a couple I don't have my deminitons right my wife cans and I need a stove large enough to boil about 30 qts of water for canning is there a formula to figure the chimney length and intake I hope I have explained myself sorry I tend to ramble thanks for your time keep up the great work you are truly a master
in addition: you can put another pipe inside to direct the fire to edges and maximize a heat exchange.
Nice Build!
Nice job, but the best is your chicken behind the workbench.👍👍👍👍
Please make a video on welding basics, types and stainless steel welding methods.
What was the reasoning for making the K type stove ?? I can tell my that I personally welded up a stove for my neighbor "Rocket stove 310 stainless steel" using SMAW 1/16 inch diameter rods. Worked like a charm. This gave me practice time using the buzz box so that I do not lose my touch with the welding process. Nicely done. I used all hand tools. Do not have fancy breaks or plasma cutter. I firmly believe that the simplest tools are the best. Just a personal opinion of my own. Good day and peace too. vf.
Looks like a solid piece. Does it heat water?
You did some really nice welding, but I can't believe you didn't back gas it.
I know, I need a dual regulator.
Muy bueno Amigo, Dios lo bendiga junto a su familia. Un abrazo muy grande desde San Rafael Mendoza Argentina.
Ha ha, i was going to say that the most impressive part for me was watching how accurately you cut out those circles using the angle grinder.
Then for the next cutting process you used a plasma cutter, so i thought, "he's just showing off!"
Forgot to ask you SIr, where did you get your information for sizes and flow numbers for the rocket water stove ??? Thanks Your TIG welding skills are spot on. Brought back real nice memories of when I worked at a fab shop. We worked with mostly high end materials. The work had to be spot on.
I'm at work so I can't give you too much detail now but all the sizes I basically made up as I went.
@@LittleAussieRockets Would you know of any parameters or information on this item ??? Thanks
@@victoryfirst2878 I have been told that the riser should be 3 times longer than burn chamber, as a good starting point. Make sure there is good air flow to the burn chamber. That is pretty much all what I did in this build. 👍
@@LittleAussieRockets Thanks
Good Work !!! 100%!!!
There be alot of trapped air in cylinder because where outlet for hot water comes out you need too put bleed off valve on top cylinder too realise the air
Best part of the video: seeing your girls!
Great project mate!!! Really professional job!!! Could you tell me what sizes of pipes did you used??
Thanks!
Love the build. Just wondering what grade of stainless steel do you use?
316 mate 👍
I would think you could improve the heat transfer by increasing the surface area of the burn tube , either welded fins or corrugated sheet.
You should have warned me. Now I've got arc-eye.
Ha ha !
Just one small comment from a junior welder in the States, which sounds funny since i'm 60. Um, shouldn't your tungsten tip not stick to the weld? Just wondering if you learned something different from what I heard. Always willing to learn.
With your post gas (about 4 seconds) I rest the tungsten on the weld to get the best coverage. Makes a big difference on stainless steel.
I think that if you are to make more of these round rocket stoves then you will need to make yourself a cradle and possibly a shoe horn like bench jig to help with work holding. The cradle could also be mounted on a turntable to improve access while working or welding. You could use rollers or just wood blocks cut at 45 deg. Several locking straps would help with work holding and prevent unwanted rotation.
You should make a technical video about how you mapped out those cuts on the ends of the tube: to make them fit so well. (4:00) What is the math and technique in doing that??? That's a video I'd love to see.
It's called, parallel line development and the wonderful thing about it is there is basically no math, except working out the circumference of the material
انا شايف أنه تخبيص مال امه داعي 😉
بس الشهاده عمل رائع جدا 👌👍👍🏻👍🏼👍🏽👍🏾👍🏿
Don’t know if I missed it. But, isn’t the feed, usually lower down on the horizontal pipe? To give some burn time, before hitting the cold ?
What happens if you have a longer pipe on the stove? A long pipe to clear a roof
NICE ONE! well done. materials are costly, I used scrap metal to make my rocket stove for hot my bath.
Marvin Hamlisch and Scott Joplin?
Please do a tutorial on the parallel line development
Any reason why you didn't use shielding gass for the back side of the weld (needs to be done when welding stainless) - maybe good enough for the application?
Yes I agree totally, I need to get a dual regulator for purging. Thanks mate
Hi, why do you use the plasma cutter on some cuts but the great?ne'er on others? Seems easier to use the plasma touch on all cuts.
I suggest for the work you are doing just buy yourself a plasma cutter. It will be a LOT quicker for all those curved cuts than an angle grinder ... and cheaper in consumable cost too. Under $300 off Ebay
Can I ask if you have measured the water temperature coming from the rocket stove you Use? UK code requires hot water to be above 60 Celsius to kill legionella.
Another way to look at this is to insert a coil up the water jacket.. then it would have carried additional heat through to the outlet..
Or a dual coil (one inner coil and one outer coil, y joined at the input and ouputs) which would enable twice as much water to be heated and save half the time..
Or as an extreme build.. have 4 coils and four straight pipes up through the middle and you'd have an almost instant hot water service.. this is plumbed in with two crossed circles and each inner pipe is welded at the centre of the cross sections whilst the coils are welded on the centres of the circle between each cross section.. ie. On the curve of the circle and not where the cross meets the circle.
And water flow like a figure 8.. cold to bottom on heater.. hot water out top.. then hot to bottom of drum and cold to top of barrel.. efficiency is in the hot water entering at the bottom of barrel and input hot water rises preheating colder water at top of barrel.. also insulate pipes to retain further heat and even insulate storage barrel for extra retention.
make sure your fittings are at the very bottom of storage tank and central of the barrel as cold water falls and hot water rises.. and hot at the very bottom will rise and colder water will fall to meet and absorb hotter water..
Also.. create an ash box with dimensions of pipe and a drawer to catch ash.. but leave enough space around drawer to catch ash and allow for airflow to creep around box.. did that for my firepit and sure enough drawer catches ash and airflow is still amazingly good..
Thanks for all these ideas, it's input like yours that really helps form future builds. My designs are very often limited to the materials I can scrounge at the time. You've really put some thought into this, thanks.
There is a problem on your chamber of water envolving the chimney: THE TOP CONECTION MUST ALWAYS BE ON ThE TOP, so that there is no air remaining. The existence of air there, makes the joints become too hot and may be destroyd
Time for a wok burner?
Cold water pipe across the flue adds very little, consider the ratio of the surface areas of that tube and the flue...
Best way to get the water not taking a short cut straight up is to attach the inlet parallel to, not on a radial. That way it has to swirl up the jacket.
Ohh, why use so much angle grinder when you have a plasma cutter?
I trust my grinding ability over than my plasma cutting. Its all about accuracy first time around. Thanks for sharing your insight.
Hey, very nice job but be careful. You should build something to extract the smoke, welding stainless is extremely harmful.
Question: Why do you do some cuts by angle grinder and other cuts by plasma cutter? I would have thought that the plasma had the advantages when cutting curving shapes or material.
Convenience and size probably. It may be faster to grab a grinder to free hand a compond line than it is to setup a gas plasma cutter to do compound cuts. There is a time and place but its up to experience and the price of consumables. Cheaper a disk then to replace a bottle of gas. Anyway he has his methods. 😆
Also. Finish work plasma is powerfull and fast but a grinder is a grinder.
Showing that he can. I learned from him before, and now I can. I dream of tig and plasma😊
Nice! I'm afraid you might be right when you said the pipe through the middle was over-thinking it. What you have done is add more thermal stress. Since you say that will be the inlet, you'll have cold water hitting the hottest part of the stove. As good as your welds look, it should still last a long time, but maybe not as long as without that inlet tube. Maybe a cross-connect tube higher up (or more than one) would do what you want without as much thermal stress.
Briliant craftsmanship. I'll admit I learned a few things while watching this video. I think that pipe through the middle will cause a vapor lock situation when static water is introduced to such a hot surface temperature. I think the water wil go super heated steam as soon as it comes into conact ? We'll have to wait and see what happens when water is applied.
Have you considered doing a "line drawing pipe saddles 101" videos, for those of us who can't afford to buy them???
Has anyone talked to you about back purging with stainless? I’m a sanitary tube welder and could definitely share some pointers with you.
Yeah I know. I really should have purged it. I have only just got a duel reg for next time. Thanks mate 👍👊
How much would you charge
is this quality control just to make it potable water or what?
I would have purged it if that was the end goal. This unit is just for a hot tub.
Hey sir ,let me tell you something go hang out with your little girl while you can in 4 or 5 years she's gunna be grown up an not want to hang with daddy. 😥😥😥😥😥 . Just kidding I miss mine when they where that young. Great build. I made a heat similar but I made a 8"" diameter rocket stove then cut holes 3/4" inch stainless steel tube ,feed 20 pipes throughout the stove an welded 180 degree elbows connecting them . Bent my elbows myself out of stainless steel tubing used in the oil industry it quite common here in Louisiana,USA. My friend has a Air over hydraulic energy PAC bender . We made 2 water heaters they work great.
DOES anyone have links to the music he is has added ? i cant find it on soundhound,
Hello Would it be possible for you to make a rocket stove fueled with waste oil to heat water? Greetings from Chile
Because of the way rocket stoves work they require solid fuel, you need a different kind of stove to work with oil.
Just google orchard heater. There way easier to make too.
Shouldn't the chook have PPE if she's hanging out in the shed? 😛
I love the 3rd hand/torch holder
At the start of the video you mention about the need for " Non Contamination " Everytime you touch the weld with your tungsten, you're Contaminating your weld !
You appear to be an excellent welder, with a very good working knowledge of metals and their characteristics. However, many of us aren't, and therefore would welcome a running commentary of what you are doing, and why. We come to youtube to learn, answer our questions etc there is little entertainment value in watching some guy welding sheets of metal together when we don't know why. We want to know the reasoning and principles behind a project. I personally want a rocket stove water heater, but haven't a clue about welding, and therefore would have to buy one. Please convince me that yours is functional and efficient. Speed up the boring bits, and let's see every stage completed. Sorry to be negative in my comments, but I do it and continue to watch your videos rather than delete you.
He doesnt have time to make a 3 hour video. There was more than likely 12 hours of fab into this build anyways. That's our job to uncover the answers we seek.
itching to see part 2...
do you sell the blueprints for this?
I presume Jenny was a rescue chook from a battery farm.
Yes. Correct
Do you sell these? If so how much... I’m in West Virginia U.S.
It's stainless steel, so not cheap. Likely 1500 to 2000 or more after labor cost. A good welder isn't cheap, and there lots of fabrication time. Take a few photos and ask a local machine shop operation. Good luck.
id like to know the name of the song/artist thats playing thru 10:53, please and thanks kind sir
Judging by the set, we were in the same graphics class at school.
And in this episode we have brilliant exampled of how to literally murder a step bit, hole saw and other drilling tools..
👍👍👍👍👍
Let us not forget that certain type of sandpaper will rust stainless also. Forget the type that does, sorry for that.
Good to know. I will have to look into that.
@@LittleAussieRockets I worked in a machine shop and remember that about sandpaper type but do not remember type. Good day too.
I do admire your welding - incredible, however at: 22:06 that angle stole the entire show, all within a few frames.
Can I purchase one
Привет из России красивая работа
большое спасибо вам
Where is part 2 ?
Still editing it.
Seek and ye shall find ......
Song kinda sounds like the Edmund fitzgerald, what is it
Supper sir. 🙏👍Send me dimensions Drawing.
Жалко, что поставить можно только один лайк