Very good information... Sir, please make video on what is the purpose of different types of connection in ball valve like orbitweld, flanged, buttweld, screwed, SMS end etc... & Thank you very much for teaching us about valve. Please make more videos on valve.. Thank you..
Thank you sir very informative video, I have one query for raw materials such as 1020 , 1040 or 4140 etc . mechanical properties of this material which ASTM or any other standard should i refer . Please guide me
I started to work with piping design in 2017, and your videos help me a lot regarding valves and flanges. Thank you!
What are you doing now ?
@@RK-xp9oy Hello Rahul! I work in the same piping department.
Thanks for sharing your knowledge. highly appreciated your noble, It's really helpful God bless You🌹🌹
Thank you for sharing knowledge Mr Stephen
That was a big project, but you did it like it was nothing❤💞❤🙏🙏
Thank you so much for your information, It's really helpful for my acknowledge in valve industry. Hope to see more video from you.
Sir, highly appreciated your noble cause of knowledge sharing; God bless you! I could not see any recent lectures by you.
that sounds good, and It could be better if the summary of the discussion was attached as a text for non-English speaker.
I'm really enjoying watch this insightful video. Thanks a lot for sharing this. God bless You
Very good information...
Sir, please make video on what is the purpose of different types of connection in ball valve like orbitweld, flanged, buttweld, screwed, SMS end etc...
&
Thank you very much for teaching us about valve. Please make more videos on valve.. Thank you..
hello do u know very well about ASTM standards ? i m kind of confused with those standards. hopefully somebody can give more information about them
Sir, Thank you for sharing the knowledge, God bless you!
Low temparature forgings are specified in ASME B16.34. A350 is LTCS forged body
Excellent explanation. Need more videos like this
Thank you so much sir for sharing this useful information.
Thank you for sharing your knowledge
And can you share knowledge
About IBR certification for valves
And other certifications for valves
very thankful to make such video and expecting more videos
Value added video.
Carry on...
Low temperature CS is rated to -45C and the forged equivalent is A350/LF2
Excellent examples
Thanks for sharing your knowledge. Very well explained .
very fantastic information stiffen thank you so much
Beautiful
Very usefull video ,
Regards
From Kazakhstan
Such given good information thank you so much sir.
thank you really for sharing your knowledge, very good video
Thank you very much,your video help me a lot
Super video ,great ,good information....
Very good and useful video. Thank you.
hats-off. very useful lecture
Good lesson
They always talk the technical talk to light up the room but it never ends well. BOOM
Many thanks it is very useful and clear
Thanks for your support
Thank you to make me understand & reading standard in proper Way!!
thanks u. your video helps me a lot
Thank you sir very informative video,
I have one query for raw materials such as 1020 , 1040 or 4140 etc . mechanical properties of this material which ASTM or any other standard should i refer .
Please guide me
thanks for your effort!
Very useful video.
Thanks.
Thank you for your support
thanks a lot, it is very useful and clear!
Thanks for your support
Very vnteresting vank vou
THANKS STEPHEN
Abdelfattah Thanks for your support
very good thanks Google
thanks a lot for the video
Very informative. thank you
Thank you for your support
Thanks bro. 👍
As i know,min operating temperature of lcb steel is -46C, and wcb is -20.
For WC9 MOC : Forge grade is F22...
Thankyou for the share. God bless.
Thank you for your support
Thank you
Please explain the difference between asme B36.10 and B36.19
excellent!!
Sir I want to have a video showing difference between ASME CODE and IS4049 For pressure vessel head part
Assalamaleikym from .Kazahstan.
thanks so much
Thanks for your support
Any sources , please .
It’s called iron, not ferrum
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very good explanation
Thank you
thank you