Brilliant idea ! If thin aluminum sheet TIG welding is tricky, add this set up !
![weld [HAGOJIBI]](http://yt3.ggpht.com/ytc/AIdro_lButtTy6bwshHHOdUuuc7ktsddm0YgRj2FhqoPUm3aQA=s48-c-k-c0x00ffffff-no-rj)
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- Опубликовано: 2 апр 2022
- Hello everyone.
TIG welding For beginners, thin aluminum welding is not easy.
There are many causes of such problems.
And there are many ways to solve those problems.
Today, I will introduce a simple way to apply one of them.
Thanks for watching and have a nice week.
#thin
#aluminum
#TIG
#welding
#tips
#and
#tricks
#HAGOJIBI
#Tigwelding 
Наука
Thank you Sir for teaching us so much, especially how all variables work and to which you have to pay attention to. Friendly regards from Holland, Marcel Knippers.
I think it's hilarious when people consider 1/8" aluminium "thin". Try welding an aircraft tank . It's usually 0.050" . I had a guy weld me one in 0.032".
Как всегда очень познавательно, спасибо вам за ваш труд
Дякую Вам, за Вашу чудову працю 👏👏👏
thank you for the knowledge mr, tomorrow I will just pray that I pass the test ✊🤲
오늘도 감사합니다
보기만해도 실력이 좋아지는것 같네요^^
Приветствую! Хорошо показал и объяснил тему сварки тонкого алюминия, товарищ. Успехов в делах!
Tôi thường xuyên theo dõi thầy..và tôi không phải thợ hàn..nhưng những mối hàn và cách thầy chỉ bảo..tôi đam mê theo dõi..cảm ơn thầy đã có những bài hữu ích cho những thợ hàn..
The best tutorial I ever seen!!! Thanks
Cześć. Dzięki za porady , będę próbował zastosować.
Always great information ,, many thanks.
Excelente tutorial maestro , cómo siempre clase magistral del buen hacer , gracias por compartir sus conocimientos y experiencias , un saludo cordial y por supuesto un gran like desde Narón (Galicia) 🤓🔝
Awesome technique thank you
Thank you 🙏
Very good explanation
Thank you so much sir
Very nice thanks you
Merci d’avoir partagé votre expérience Vidéo très utile!
Спасибо! 🤝👍
Gracias por compartir la información :D, saludos desde PERU
Thank you so much 🙏🙏
EXCELENTE VIDEO¡¡..SALUDOS
استفدت من شرحك كثيرا
اتابعك من مصر
¡Maestro!
Спасибо!
Спасибо. Отлично всё объяснил доступным языком.
Nice Welding 👍
Good job sir thankyou
Bravo ,comme d'hab.
펄스는 사랑입니다, 정말 답답할때 해결책을 제시하는 ㅎ
Very very nice
thank bro
Fantastic video thank you very much! Question, what cup size and what is the flow rate in the video? Also are you right or left handed? Thank you!!
使用 hitachi 300gp 鋁焊會很難嗎？ 薄板 要注意熱變形。
Спасибо
exelent
The best danke...
텅스텐 젤앞엔 일부러 동그랗게 만들어놓은건가요??
with alloy rear swing arm of motorcycle had a kinda big dent.. can we use this method? filler? tack? and sanding down to smooth surface?
감사합니다
I have been struggling with thin aluminum, and this will help! Would it be useful to set lower peak amps and higher duty cycle, to allow more time to insert the rod in the puddle, and for more cooling of the puddle by the melting rod? I use a foot pedal, so I need to learn better how to reduce amps as the aluminum heats up. Thank you for your work to make videos that really help.
Why are you using pulse? If that's your only option, try 33 rule. 33% background 33% time on, 33 pulses per second. Then set it around 1.1 amps per thousandth of an inch.
@@InchFab To improve my heat control skills I made some thin and small aluminum coupons. Heat builds really fast and you have to be good with the pedal or 4T, or the weldment will melt away. I experimented with slow pulses (once/sec) and higher duty cycle (60-70% high current time) to give some time to step forward while building up less heat. Works ok but not a big benefit so far. Thin+small aluminum (nowhere for heat to go) is good, demanding practice!
More experiments have shown me that our welding brother here on RUclips has the best solution in this video. Narrower pulses (20-30%) are better to reduce heat input. Wider/longer pulses make it easier to step forward and insert the rod at the right time, but they increase heat input, so the wider pulses are not a good idea.
😍👍
🙌🙌🙌
اتابعك من مصر
👏👏👏
👍
Qual o modelo da sua maquuina ??
Thanks man. Good video. Why you do not use foot pedal?
Of course, foot pedals are nice too, but they are not sold in South Korea.
This is a general question: How can you weld with such high amps without burning the piece? In your cup walking videos, you move very slowly and carefully but you are constantly adding heat, how do you do this without burning the metal?
Алюминий варить не сложно, главное почувствовать металл и немного разобраться в принципах работы сварочного аппарата
선생님 저는 고맙습니다
💪👍
.018 copper, have fun.
🇰🇿👋🤝
плохо из за войны осталась без работы :( негде попробовать на практике.
Я приглашаю вас в Азербайджан, с работой тоже помогу. Сам тоже сварщик.
@@husterhanter6965 Salam. Sizcə videoda həqiqət var ? Məndə aparat 315 amperdir. Mümkün deyil, əridir metalı.
알루미늉 캔 용접은 어떻게 하는건지요
캔에 얇은 막을 사포로 문질러서 제거하고 하시면 용접이 수월해져요
텅스탠이녹는대 이유가뭘까요
shrink hole(end crater) how to improve ? in vedio 4:00 seconds
Тотун темида😅
2번
👍🏻👏🏻👏🏻👏🏻💚💛💚💛👊🏻🇧🇷
Sub 🇮🇩 indonesia... Pleace
Это не тонкий алл....
Shit machine with no foot pedal I assuming
Какая толщина? Сварка аргоном алюминия от 0.8 мм по ГОСТ... Всё что тоньше, только пайка.... Покажите сварку пластины 0.8 в вертикальном положении.... По работе сейчас надо. Спасибо