Very good video. But I noticed that you don't wear protective glasses when cutting and filing the materials. I don't want to nitpick, but it's dangerous to work without personal protective equipment.
Complimenti !Tu sei molto, molto bravo . Tu hai il grande dono di avere forza e mani ferme .I tuoi lavori sono tutti molto belli e sono il risultato di tanto lavoro. Purtroppo ho notato che non hai una grande conoscenza degli acciai, delle loro tempre e dei loro utilizzi. Comunque tu sei un grande artista. I miei più sinceri complimenti.
Я сначала думал что он будет использовать чугунный порошок чтобы увеличить содержание углерода но нет как обычно только бананы резать да торты такими ножками и зачем столько труда для таких ножей с лезвием которое затупится от банана
Das Messer taugt höchstens als Brieföffner. Er verwendet zum Herstellen der Klinge Bewehrungsstahl, also St 37. Dieser Stahl ist sehr flexibel, da er im Stahlbeton entstehende Zugkräfte aufnehmen soll. Er weist aber einen sehr niedrigen Kohlenstoffgehalt auf. Der ist aber wichtig, um Stahl überhaupt härten zu können. Beim Säureätzen sieht man sehr gut, dass kein härtbarer Stahl da ist, der würde sich nämlich sehr dunkel färben. Die Idee mit dem Torsionsdamast ist sicher gut gemeint, funktioniert aber nur bei der Verwendung von verschiedenen Stählen, was ja eigentlich der Sinn von Damaszener Stahl ist. Der Griff ist Geschmackssache. Dass er die Klinge aus dem Stahl schneidet und nicht direkt die Form schmiedet, finde ich persönlich überhaupt nicht schlimm. Schließlich ist ja im Videotitel von der Herstellung eines Messer die Rede und nicht direkt vom Schmieden. Und wie heißt es ja so schön: Ad astra per aspera 😉
Das Muster der Linge sieht gut aus. Ist aber auch das einzige. Die Klinge ist eher zurecht geschnitten als geschmiedet, finde ich eigentlich schade. Natürlich ist die Klinge scharf. Fragt sich nur wie lange 🤔 Da dieser Stahl nicht wirklich hoch gradig Härt bar ist, wird die Schärfe nicht lang anhalten 🧐 Kommen wir zum Griff, Der Messing Beschlag, die Idee ist gut. Aber die Ausführung .... Warum nur eine halbe Form, beim giesen ? Dann auch noch so unsauber 🤨 Dies sind so Dinge, wo man dann echt enttäuscht ist, wenn man so etwas sieht 😕
Rebar is a low carbon steel. If you watch enough of this guy's videos you'll see he uses a lot of junk steel to make knives. He probably had to sharpen it after cutting that banana.....L0L
Making a knife out of rebar: Is it possible? Definitely Is it easy? As far as twisting it goes not at all, but otherwise it's no different from other materials
Not to be a complete naysayer, but I can sharpen a "butter knife" to shaving sharpness... but it won't "hold" the edge because it's inferior steel. You've made a decent knife, but it is made from 'mild steel' with a low carbon content.
A lot of these comments are saying the rebar is low carbon steel. My question to yall is, what is the grade of the rebar he is using? Cause while it is more than likely grade 40, which, let's be honest, it probably is, y'all are correct. What if someone uses grade 60, 80, or 100?
Olá, boa noite. Sou Português e estou neste momento assistindo ao seu vídeo. Quando está unindo as peças, que neste momento é o vergalhão, qual é o material ( pó branco ) que você usa para ligar? Muito obrigado que Deus abençoe você e sua família. Abraço
Its borax but please do not learn from this. The amount of shop safety violations are through the roof in this video. Namely the cutting while just holding the material is one of them.
What is that white "powder" you sprinkle on the hot iron? (Often see this in these videos but I never seen anyone explain what it actually is...) Great work!
OBS: Este pó sse chama BORAX, este produto é usado na Agricultura como um tipo de adubo pra correção de deficiência deste produto para determinados produtos como por Ex: Brócolis, Em fim , serve para vários seguimentos, OBS: No caso da cutelaria ele tem a função de fundir pedaços de aço entre si ,este processo se chama CALDEAMENTO , na cutelaria é usado pra confecção do aço Damasco, espero ter ajudado a quem possa interessar.
Stop believing your own nonsense, rebar is horrible for a knife. I use 80CRV2, 5160 and 1095. 5160 has been an outstanding steel for me to produce knives and swords. I've have tons of 1095 bar stock because I just don't using it anymore, its never annealed properly from the factory anyway and I have to spend extra time softening it before I do my artisan blade designs. 5160 with its .60% carbon content and low chromium is an outstanding steel as it has many positive perks for do it yourself knife makers wither hammer forging it or stock removal its amazing steel and produces a beautiful fit n finish shine! However I brought in 80CRV2, haven't worked with it yet but excited to see how it performs. I'll do a video soon of some high carbon round bar stock tool steel I found at an old oil well site and spark test it on a low speed belt sander with 80 grit. When you see it you'll be a believer with a super high carbon tool steel spark test. Railroad spikes throw weak and very little because they only have .15-.30 carbon content. Plus a R.R. spike has virtually no stream! I have loads of R.R. spikes some of stamped H.C. On testing "mystery steels" only vanadium, tungsten and manganese turn the stream red. Titanium has a white stream... carbon bursts happen at the end of the stream is what we look for and how powerful are the carbon bursts at the end of the stream. 3rd phase is what happens at the end of the stream. They have to be visually observed also known as carbon explosions. I've actually trained myself to study spark streams and reading the color of the stream and the carbon burst at the end of the stream. its not just the stream you're looking for there's more to it to determine carbon amount. Is it tool steel? alloy steel? or carbon steel. Different elements produce different spark stream colors. We can't know the actual compositions formulas ratios but we can know probability (what kind of steel) mainly what we want is high carbon! You got low carbon---medium carbon and high carbon. In a high carbon rating the amount will be .60 or higher. Medium carbon .30-.55 low carbon .15-.30. in knife making .30 is considered low carbon in the railroad industry they rate spike high carbon if they're .30% spark tests are performed on "mystery steels" and you can see the stream color really good if you do the spark test with low light conditions I prefer early morning is when I do spark test because eye sight is rested and fresh. Of course wear eye protection! Back in the early 1800s men were trained to be low carbon-medium and high carbon spark testers all done by site viewing the spark steams. The metal was then categorized into supplies. If you get high carbon results you'll have a good knife! If you get the heat treat solid that is.
![I.N "HALLUCINATION" | [Stray Kids : SKZ-PLAYER]](http://i.ytimg.com/vi/n5B5q1Hwt_U/mqdefault.jpg)
Very good video. But I noticed that you don't wear protective glasses when cutting and filing the materials. I don't want to nitpick, but it's dangerous to work without personal protective equipment.
I've used rebar for lots of tools but for cutting edges I'll stick with springs!
Very cool concept. Personally I would add a high carbon bit for the edge but its still good work
That was an amazing knife from Rebar.
Fantastic execution of your trade!
Cheers
Doug 😎
Every time you strike an arc I'm compelled to look away. lol! An old habit learned the hard way.
Excellent photography!
Thanks!👍
Excellent Job.I thank You for sharing
hayirli işler ustam başarılı bir video .16:52 dkkda kullandınız yağ motor yağı mi 🌹🌹🌹🌹🌹🌹👍🌹
That's a beautiful blade !!!
meh
I greet everyone from Armenia 🇦🇲
Bom vídeo meu amigo
Eye protection is a must. Great creation though.....
You can sharpen any steel and call it a knife but what this morn has done sends a whole new message of incompetence to the world.
That’s a good looking knife👍🏼👍🏼👍🏼
No nitpicking about this one, solid good looking functional knife.
Complimenti !Tu sei molto, molto bravo . Tu hai il grande dono di avere forza e mani ferme .I tuoi lavori sono tutti molto belli e sono il risultato di tanto lavoro. Purtroppo ho notato che non hai una grande conoscenza degli acciai, delle loro tempre e dei loro utilizzi. Comunque tu sei un grande artista. I miei più sinceri complimenti.
Excellent work ❤🤟🤟🤟🤟
Я сначала думал что он будет использовать чугунный порошок чтобы увеличить содержание углерода но нет как обычно только бананы резать да торты такими ножками и зачем столько труда для таких ножей с лезвием которое затупится от банана
Looks beautiful
Ball Bearings and Files make some decent knives for materials
Cara membuat Kampak bisa master😊?
Your shop is AMAZING! How old is it?
That power hammer is savage… cheers🍻
What a beautiful transformation 👏👏 You have done a great work 👍👍
Gran lavoro da certosino😊
The problem is how long it will keep the edge.
That sure is a lot of work to produce a low carbon blade!
It's all about the RUclips money :)
@@bahur47can I have some !m poor
Exelente pieza
WELL YOU GOT A MAGNIFICENT KNIFE, I REALLY LIKE THE PROPORTIONS OF EDGE AND HANDLE, A HUG FROM SPAIN
You do shipping to South Africa?
@3:03 RAAAAAAAY!!!!
I used to make knives in public out front of a lock shop I worked for. Ahhh,,,those were the days,,,
Excelente trabajo
Капитальный красавчик!😁
Salam aleykum 👍 metalın üzərinə tökdüyün o toz nədir
super mec juste super beau travail
Finalmente ti si sente cantare !!!
longer handles on the twisting bar? Or pipes over the handles?
I really like the fact you did a partial cut and folded the billet back onto itself... Not many smiths do that today
Genuine question, what is the purpose of folding the billet into itself?
@@kelainefeswell you don't have to grind the material clean and then weld it back together.
Das Messer taugt höchstens als Brieföffner. Er verwendet zum Herstellen der Klinge Bewehrungsstahl, also St 37. Dieser Stahl ist sehr flexibel, da er im Stahlbeton entstehende Zugkräfte aufnehmen soll. Er weist aber einen sehr niedrigen Kohlenstoffgehalt auf. Der ist aber wichtig, um Stahl überhaupt härten zu können. Beim Säureätzen sieht man sehr gut, dass kein härtbarer Stahl da ist, der würde sich nämlich sehr dunkel färben. Die Idee mit dem Torsionsdamast ist sicher gut gemeint, funktioniert aber nur bei der Verwendung von verschiedenen Stählen, was ja eigentlich der Sinn von Damaszener Stahl ist. Der Griff ist Geschmackssache. Dass er die Klinge aus dem Stahl schneidet und nicht direkt die Form schmiedet, finde ich persönlich überhaupt nicht schlimm. Schließlich ist ja im Videotitel von der Herstellung eines Messer die Rede und nicht direkt vom Schmieden. Und wie heißt es ja so schön: Ad astra per aspera 😉
Beautiful steel.💪🇺🇸👍
Bom dia!
Sou do RJ e acompanho seus vídeos. Gostaria de saber a média de valor de uma faca dessa.
Me gusta maestro 👍
Das Muster der Linge sieht gut aus.
Ist aber auch das einzige.
Die Klinge ist eher zurecht geschnitten als geschmiedet, finde ich eigentlich schade.
Natürlich ist die Klinge scharf. Fragt sich nur wie lange 🤔
Da dieser Stahl nicht wirklich hoch gradig Härt bar ist, wird die Schärfe nicht lang anhalten 🧐
Kommen wir zum Griff,
Der Messing Beschlag, die Idee ist gut. Aber die Ausführung ....
Warum nur eine halbe Form, beim giesen ?
Dann auch noch so unsauber 🤨
Dies sind so Dinge, wo man dann echt enttäuscht ist, wenn man so etwas sieht 😕
Das Ding ist Müll...schade um die Kohlen und das Borax.
كنت حابب أعرف ماهذا البدره البيضاء التى مثل السكر اللى وضعتها على الحديد بالمعلقة مااسمها وماوظيفتها واين اجدها
I've always considered rebar a weak metal
так и есть
Rebar is a low carbon steel. If you watch enough of this guy's videos you'll see he uses a lot of junk steel to make knives. He probably had to sharpen it after cutting that banana.....L0L
Lot of work to make a wall hanger. Regards is mild steel ie does not harden only way to successfully use it woul be to San mai with a high carbon core
@@lorneclose7312 That is what I was expecting him to do when he folded it over.
@barongerhardt I'm a bladesmith and It's what I expected also. Think he may have trained in Pakistan
Fencing pliers, the last thing I would have expected to see in a blacksmiths shop.
I'd like to have that one...well done!
Will it handle butter?
0:53 got the ol' safety squints on...
What is the white powder that he puts on it
It’s boron, or more likely borax. It acts as a flux to aid in the hammer welding process
Making a knife out of rebar:
Is it possible? Definitely
Is it easy? As far as twisting it goes not at all, but otherwise it's no different from other materials
Please whats this white powder that you put on forge
نصيحة البس نضاره اثناء القطع وجلف بفرشات الحديد للوقاية من اصابة العين🤓
💪👍💪👍👏
Salam usta. Sizin yer hardadir?
Strong like BULL !!!
Great craftsmanship 👊👍👊
what is the name of this material or white powder used at the beginning?
It's Borax.
And is there to prevent the iron from oxidizing
Bandsaw blades are also good materials
Qual a chance de fazer damasco no braco ?
what's the powder used in the beginning on the rebar?
Not to be a complete naysayer, but I can sharpen a "butter knife" to shaving sharpness... but it won't "hold" the edge because it's inferior steel. You've made a decent knife, but it is made from 'mild steel' with a low carbon content.
A lot of these comments are saying the rebar is low carbon steel. My question to yall is, what is the grade of the rebar he is using? Cause while it is more than likely grade 40, which, let's be honest, it probably is, y'all are correct. What if someone uses grade 60, 80, or 100?
Olá, boa noite. Sou Português e estou neste momento assistindo ao seu vídeo. Quando está unindo as peças, que neste momento é o vergalhão, qual é o material ( pó branco ) que você usa para ligar? Muito obrigado que Deus abençoe você e sua família. Abraço
Boraks kullanılıyor.
Beautiful work. Ignore the haters
новый навык, литье из бронзы. отличная работа . Но плохая сталь.
👍👍
Mantap
Great tutorial, beautiful knife, what is the white powder added during the forging process for? Excuse my ignorance but i want to learn
Borax, fluxing material.
It is borax, used for flux.
Its borax but please do not learn from this. The amount of shop safety violations are through the roof in this video. Namely the cutting while just holding the material is one of them.
@@Metalhead92395 For sure. However, 3rd World Countries have cultures and traditions that often don't take such things into consideration.
锋利的能切香蕉😅😅😅
Yeah and he probably had to sharpen it after cutting the banana.....l0l 😂😂😂
After seeing the steel burned at 5:45, I don't believe for a second you would get any edge retention out of that billet.
What is that white "powder" you sprinkle on the hot iron? (Often see this in these videos but I never seen anyone explain what it actually is...) Great work!
Flux, it helps the steel weld together.
Borax. Laundry detergent aid. It melts on the hot steel to prevent oxides and forge scale from building on welding surfaces
Kral ya Türk çıktı.
👏👏👏
Eu preciso saber o quê é esse pó branco e é colocado nesse tipo de trabalho
En español y portugués no se como se llama pero estoy casi seguro que es Flux (ingles)
OBS: Este pó sse chama BORAX, este produto é usado na Agricultura como um tipo de adubo pra correção de deficiência deste produto para determinados produtos como por Ex: Brócolis, Em fim , serve para vários seguimentos, OBS: No caso da cutelaria ele tem a função de fundir pedaços de aço entre si ,este processo se chama CALDEAMENTO , na cutelaria é usado pra confecção do aço Damasco, espero ter ajudado a quem possa interessar.
What is that “sugar” he put on iron before hammering?
How folding metal over doesn't cause forge scale to be trapped between layers is beyond me.
Супер получилось 👍👍👍💪
not intended to be rude, so sorry if it comes across that way. Have you always had large hands, or is it just from years of working with them?
Sangat suka tehnik2 yg di gunakan dan bahan2 biasa bisa menjadi luar biasa cuma model2 pisaunya jelek2😂
What's this powder is?
do you sell these knives?
Ручки какие-то очень толстые а так неплохой сувенирный ножик
Cos'è quella polvere bianca?
Dude, great blacksmith! Only thing is you need to wear eye protection 😢😮😢!!!!!
Много труда и зря надо повышать содержание углерода в стали чтобы нож был функциональный рабочий. А так игрушка
That grip at the end 😅
True skills, one of a kind..
スクラップから作った鉄筋でも何でも研ぎが良く刃をつければ切れる物は出来る！長持ちと耐久性は別物
Did I see him quench the blade in water?!? Talk about stress cracking!! 😳
No oven treatment?
❤
What is the powder?
Borax it's used as a flux.
It's called Flux. Its basically borax
What kind of material choices that a piece of rebar😢 ? need money for some metal?
Poco practico, mas facil limpiarlos antes de cortarlos.
Rebar has lots of carbon, you can tell by the spark test, plus the tight mass that is created from all the pounding.
No it has not, this steel is soft and cannot be hardened by quench.
Stop believing your own nonsense, rebar is horrible for a knife. I use 80CRV2, 5160 and 1095. 5160 has been an outstanding steel for me to produce knives and swords. I've have tons of 1095 bar stock because I just don't using it anymore, its never annealed properly from the factory anyway and I have to spend extra time softening it before I do my artisan blade designs. 5160 with its .60% carbon content and low chromium is an outstanding steel as it has many positive perks for do it yourself knife makers wither hammer forging it or stock removal its amazing steel and produces a beautiful fit n finish shine! However I brought in 80CRV2, haven't worked with it yet but excited to see how it performs. I'll do a video soon of some high carbon round bar stock tool steel I found at an old oil well site and spark test it on a low speed belt sander with 80 grit. When you see it you'll be a believer with a super high carbon tool steel spark test. Railroad spikes throw weak and very little because they only have .15-.30 carbon content. Plus a R.R. spike has virtually no stream! I have loads of R.R. spikes some of stamped H.C. On testing "mystery steels" only vanadium, tungsten and manganese turn the stream red. Titanium has a white stream... carbon bursts happen at the end of the stream is what we look for and how powerful are the carbon bursts at the end of the stream. 3rd phase is what happens at the end of the stream. They have to be visually observed also known as carbon explosions. I've actually trained myself to study spark streams and reading the color of the stream and the carbon burst at the end of the stream. its not just the stream you're looking for there's more to it to determine carbon amount. Is it tool steel? alloy steel? or carbon steel. Different elements produce different spark stream colors. We can't know the actual compositions formulas ratios but we can know probability (what kind of steel) mainly what we want is high carbon! You got low carbon---medium carbon and high carbon. In a high carbon rating the amount will be .60 or higher. Medium carbon .30-.55 low carbon .15-.30. in knife making .30 is considered low carbon in the railroad industry they rate spike high carbon if they're .30% spark tests are performed on "mystery steels" and you can see the stream color really good if you do the spark test with low light conditions I prefer early morning is when I do spark test because eye sight is rested and fresh. Of course wear eye protection! Back in the early 1800s men were trained to be low carbon-medium and high carbon spark testers all done by site viewing the spark steams. The metal was then categorized into supplies. If you get high carbon results you'll have a good knife! If you get the heat treat solid that is.
Wrong. Rebar is low carbon and you can tell by all of the large sparks. High carbon produces fewer, smaller bright sparks. Learn so metalurgy
@@snow_tacknives2024 soft tissue in a prison yard doesnt care about your knife snobbery
I should get my buddy to watch this video. His name is Raaaaaayyyyyyyyyyy
A lot of scary sparks there without any eye protection
I wonder what is the cost like for energy (electricity)in a forge like this.......