the minds that design these machines that do these amazing things are beyond awesome. they are quiet heroes and our streets and towns are generally not named after them yet they improve our lives immeasurably.
I can think of few jobs as dangerous as working with molten steel. Whatever the workers are paid, they earn every bit of it. The machinery involved in this plant is amazing. Thanks to all the skilled workers at Chuba Steel Plate Co. Ltd. who helped put together this video. Watching from North Carolina, USA
If anyone is curious, they play classical music for different things happening so everyone knows what's going on. It's the easiest way to let an entire building know when the giant pot is moving or whatever is happening.
Awesome!! I worked as an insector at Reublic Steel in Canton, Ohio in 1970. Not as sophisticated as this plant but the video brought back many old memories. Totally impressive process and fun to watch for an old man, too!!
trabaje en Japón muchos años y si Japón están avanzando en metalúrgica por si solos lo hacen todo, mientras que en Perú están esperando que alguien les enseñe así nunca podrán sobresalir por eso felicitaciones a Japón alas empresas que trabaje Isuzu Hino, y otros
You forgot to congratulate the United States for starting the renewal of the Japanese steel industry. It really was the only option they had since just about everything was flat by the end of the war.
I wonder if it's necessary to allow the steel to cool between the first cutting and the rolling phase. It seems like an inefficiency that they could reduce if they could somehow co-locate the smelter and roller.
Maybe it doesn't have to be kept hot continuously, in which case there's no reason to bother. Or maybe it's easier or cheaper to reheat it later than to keep it hot. I'm sure that the time between operations is longer than the editing makes it seem. It could be that the grinding process is required for the rolling. That can't be done when it's hot enough to be pliable.
I have a question. After the steel is melted they take a sample for analysis. If the composition turns out to be off, how to rectify the current batch?
Wonderful VLOG. While loading 53 foot plate for semi trailer frames at a Mill in Chicago, I noticed a workers shirt that stated, " if I'm running, you may want to keep up!!"
Về luyện kim thì sắt thép của nhật gần như ko thua bất cứ nước nào trên thế giới,tôi mơ một ngày nào đó đất nước tôi cũng có thể học và làm theo dc như vậy,ước mơ thật xa vời,cảm thấy buồn😢
Als ich vor einigen Jahren dienstlich ein Stahlwerk besucht habe, sagte ein "Stahlkocher" (we call steel workers "steel cooks" = "Stahlkocher"): "Wenn Du wissen willst wie es wahrscheinlich in der Hölle aussieht dann schau zum Elektro-Ofen wenn die Elektroden eintauchen!". Die Prozesse dort waren die gleichen wie sie hier gezeigt wurden ... vielen Dank 😊
How do they know the composition of the initial scrap and subsequent metal? I mean, if the initial scrap pile has more, I don't know molybdenum or vanadium and the target steel grade needs less? What does happen then? I'm sorry if it's a stupid question, just curious.
the minds that design these machines that do these amazing things are beyond awesome. they are quiet heroes and our streets and towns are generally not named after them yet they improve our lives immeasurably.
I can think of few jobs as dangerous as working with molten steel. Whatever the workers are paid, they earn every bit of it. The machinery involved in this plant is amazing. Thanks to all the skilled workers at Chuba Steel Plate Co. Ltd. who helped put together this video. Watching from North Carolina, USA
If anyone is curious, they play classical music for different things happening so everyone knows what's going on. It's the easiest way to let an entire building know when the giant pot is moving or whatever is happening.
Awesome!! I worked as an insector at Reublic Steel in Canton, Ohio in 1970. Not as sophisticated as this plant but the video brought back many old memories. Totally impressive process and fun to watch for an old man, too!!
It’s amazing how some modern processes are just REALLY BIG versions of ancient ones.
The high voltage rods are so cool! I loved them in the other recycled metal video
カッコイイを超えて恐怖すら感じる迫力ですね。
重厚なBGMと相まって息が詰まりそう。
でも最後まで見ずにはいられない…。
とても良い会社です。
I'm glad we had classical music to cover the noise of the furnace.
Very hard work, but very efficient. Good luck hardworking men 👍🌹
To achieve such results, dedication and enthusiasm are always required first! Always be strong, men! Thank you and wish you good health!
Not just any steel plates, a steel plate made from iron scraps should be something worthy of praise
職人技やハイテクな工場もいいけどたまに来る重厚長大も最高や
I smoke drugs all day long I’m 26 and never had a job from 🇺🇸
Greetings to you, wise friend, and thank you very much for your useful and beautiful programs👏👏👏🔥🔥🌹
Quá trình sản xuất tấm thép Nhật Bản. Nhà máy thép của Nhật. Quá hiện đại..🇯🇵👍.
MA DOVEEEEEEEEEEEEEEEEEEEE 😱😱🤣🤣 SONO IMPIANTI VECCHI E SUPERATI ORMAI 😂🤣😂
I absolutely loved watching this video! I’m absolutely going to use this to teach people more about the process 👍🏼👍🏼👍🏼
Some of the very best steel in the world....
カッコいい！ど迫力
minimum human technology is the big progress. classic music such background is good!
The attention to detail and quality is wonderful
재미있고 유익한 자료 감사합니다.
إني اعشق الآلات الضخمة واحترم كل من صمم هذه الآلات
No video can do justice to the noise and fury of an arc furnace!
マグネットで厚板運ぶとき 運転が下手だと一番下とか下から二枚落下してしまう あとこれほとんど船に積んで造船所行きだと思う JFEや日鉄の条鋼材も種類によって造船向けが多いです
Great technologies, powerful machines.
This must have cost millions of pounds and a genius to put it all together
Factories like this look terrifying to work in. I hope these men get paid enough.
real good. Next time put the camera where the electrodes are to see how long it lasts before it melts
trabaje en Japón muchos años y si Japón están avanzando en metalúrgica por si solos lo hacen todo, mientras que en Perú están esperando que alguien les enseñe así nunca podrán sobresalir por eso felicitaciones a Japón alas empresas que trabaje Isuzu Hino, y otros
You forgot to congratulate the United States for starting the renewal of the Japanese steel industry. It really was the only option they had since just about everything was flat by the end of the war.
acero fabricado en japon, garantia y calidad insuperable
A great product we all need.
すげえええええええええええええええええええ
サンプル検査だと思ってたけど、全数検査なのね。
一時期は中国や韓国の安い鉄鋼製品に世界市場を取られてたけど、品質管理、高品質で日本製品は巻き返してますからね。
製缶工で平板、パイプ、アングル、平鉄等様々な製品を加工してます！
この製造工程を見ると、夏場が灼熱地獄の現場だし危険と隣り合わせ、製品をもっと大切に扱いより良い製品をお客さんに提供したいですね！
Terrifying process, but totally amazing.
Kiitos paljon,, 😊🇫🇮🌾
진정한 산업의 역군들
عقل الإنسان لايقدر بثمن لقدرته بترويض الحديد الصلب بالالات العملاقة والتقنية المتطورة فتحية وإجلال له
@7:22 Well this was unexpectedly charming
Great quality 👏👏👏
Tận dụng tối đa phế liệu luyện thành thép. Sản xuất những tấm thép khổng lồ..🇯🇵👋.
excellent video with perfect music
7:24 唐突なTRUTHで草
こういう機械の音楽って誰の趣味なんだろうか...
Wow, that testing press. 😮
日本躬匠精神
The result of patience and determination ❤
I wonder if it's necessary to allow the steel to cool between the first cutting and the rolling phase. It seems like an inefficiency that they could reduce if they could somehow co-locate the smelter and roller.
I honestly think they know what they are doing, and if efficiencies could be gained that easy then they would be doing it. Agree?
Maybe it doesn't have to be kept hot continuously, in which case there's no reason to bother. Or maybe it's easier or cheaper to reheat it later than to keep it hot. I'm sure that the time between operations is longer than the editing makes it seem.
It could be that the grinding process is required for the rolling. That can't be done when it's hot enough to be pliable.
7:01 up to this point it’s the same for all steel .
*非常喜欢。💓*
Steel plywood huh….impressive 😂
Нам бы в Россию купить такой завод !
Great video presentation without the annoying AI generated voice over
plpease make a video on mistubishi uniball factory . please please
bu boyda işleri gormey ucun her seyi asan eden aparatlari duzelden insanlara halal olsun
Buddies dropping tons of scrap starring at the arc furnace and doesnt even put the visor on his helmet down....... The Japanese hard asf
Proses pembuatan plat baja.makasih infonya
Nippon pala may gawa nyan😊
I have a question. After the steel is melted they take a sample for analysis. If the composition turns out to be off, how to rectify the current batch?
Isso é muito legal e perigoso e engenhoso e trabalhoso e complexo e quente
重厚長大、最高や
アーク放電で溶かしてるってことは…あの煙全部ヒューム…？？
溶接の時のヒュームとは桁違いすぎるな……
Wonderful VLOG. While loading 53 foot plate for semi trailer frames at a Mill in Chicago, I noticed a workers shirt that stated, " if I'm running, you may want to keep up!!"
Dai e o início de um novo navio 😂😂😂
Felicitări!
昔新日鐵堺の溶鉱炉などで働いてましたが製品作る所には行けませんでした。
危険な作業を経験しましたし、人がトピードカー「混銑車」（こんせんしゃ）などに落ちて亡くなったと聞いたことがあります。😅以前クレーンマンが操作を間違えて熱々の釜をひっくり返して大事故になったのを何かで見た。😵
鋼板の切断する仕事をしてましたが、オフィースビルが増えて会社が移転すると同時に辞めました。
Về luyện kim thì sắt thép của nhật gần như ko thua bất cứ nước nào trên thế giới,tôi mơ một ngày nào đó đất nước tôi cũng có thể học và làm theo dc như vậy,ước mơ thật xa vời,cảm thấy buồn😢
日本も第二次世界大戦前は鉄の質で大きく欧米に劣っていました。そこから努力して今が有ります。
諦めないで皆さんで頑張って下さい、望んで努力する者へは必ず結果が出ます。
俺が持って行ったスクラップ〜
今工事してんだよな〜
how does the saw cut so fast, it just press-cuts in a second....
"Shear" may be a better translation than "saw" for this machine
@@scose Thanks
verygoodjapan
interesting!
モノづくりの世界最高峰をやり切るしか無い日本。
儲かるはずがないよね。
มองงี้คำแนะนำนายแพท์😮รักษาสุขภาพนะครับ😮อ้างทำงานหนักครับคุณหมอ😮ดื่นหนักความสุข❤ร่ำรวยเงินทองขายดีสินค้าผม❤....ตรงจุดไม่เคยทำตามหมอสั่ง🍾🚬ความคิดเห็นส่งให้เพื่อนไม่สนใจเรื่องตนเองสุขภาพ❤🥂🍻🚬
Als ich vor einigen Jahren dienstlich ein Stahlwerk besucht habe, sagte ein "Stahlkocher" (we call steel workers "steel cooks" = "Stahlkocher"): "Wenn Du wissen willst wie es wahrscheinlich in der Hölle aussieht dann schau zum Elektro-Ofen wenn die Elektroden eintauchen!". Die Prozesse dort waren die gleichen wie sie hier gezeigt wurden ... vielen Dank 😊
Steel plywood, hey? Now, I've yet to see that anywhere . . .
الصناعات اليابانيه هى الأولى في العالم من حيث الجوده والاتقان .
انا اتمنا اني احصل على تأشيرة عمل إلى اليابان لي ولا لا أحد أولادي
La tierra nos da todo y nosotros qué hacemos por ella?
How do they know the composition of the initial scrap and subsequent metal? I mean, if the initial scrap pile has more, I don't know molybdenum or vanadium and the target steel grade needs less? What does happen then?
I'm sorry if it's a stupid question, just curious.
around 4:10-5:10 they show the analysis part, but they skip the part of adjusting the additives
@@scose thank you.
I’ll be back 👍👍👍
Dang I just like electro slag remelting
Salam from INA🇮🇩
Yan😊
0:10 Steel plywood?
It made for korea ship out side 100%
زنده باد ژاپن 🇯🇵
5分過ぎの成分検査でヤバイ数字が数年に一度 高炉を持っている製鉄所ではあります 溶けた鉄に人が落ちた場合すぐわかるそうです すぐ点呼取ったり勤務交代後だと家に帰っているか安否確認があるそうです
リンが多くなんの？
강판 만드는데 장인정신? 미친
1:24 Little doubtful that is iron they are loading. There is a difference between steel and iron.
Konečně komentář někoho, kdo tomu vcelku rozumi
👍😊
Стальная фанера )))
いやこの巨大な電気炉を作ってる会社が知りてー
Just too curious to read their electricity bill.
Keren
สุดยอดแผ่นเหล็กญี่ปุ่น❤❤❤❤
💪🇯🇵🇯🇵🇯🇵🇯🇵💪💪🇯🇵💪💪💪💪💪🇯🇵😍😍😍😍
我可以下去煉金身😂😂
0:01/1:11/15:00
Make video on the electrodes.
Pano yan ninipis😊