How to design a stainless steel lining structure
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Question: How should the lining layer structure of stainless steel-lined equipment be designed? If the thickness of the lining layer is 2–3 mm, how are the lining plates connected to each other? How is the lining plate connected to the base layer?
I hope an experienced teacher can give an answer
Now composite panels are used everywhere; the lining structure is too complicated, and its quality isn’t as good as that of composite panels.
The technical specifications for stainless steel lining have been revoked.
Contact me on QQ 2508736771
Could you tell me about the operating conditions? Maybe I can offer some suggestions. -
Composite panels, spraying, fluorine-lined, enamel-coated. Multiple process options available. Add QQ: 2508736771 for further discussion
(1) How should the lining layer structure of stainless steel-lined equipment be designed? The plug welding lining process specified in JB/TQ 267-81 \"Technical Requirements for Plug Welding Lined Equipment Made of Chromium-Nickel Austenitic Stainless Steel\" has been discontinued; nowadays, container structures mostly adopt the composite plate design. The design is specifically carried out in accordance with GB 150-2011 \"Pressure Vessels\" and GB/T 13148-2008 \"Welding Technical Requirements for Stainless Steel Clad Plates\"; relevant technical requirements can be referred to Article 2.3 \"Pressure Vessels Made of Stainless Steel Clad Plates\" in TCED 41002-2012 \"Technical Requirements for Chemical Equipment Drawings\". (2) If the thickness of the lining layer is 2–3 mm, how should the lining plates be connected? Refer to GB/T 13148-2008 \"Welding technical requirements for stainless steel composite steel plates\" – (3) How is the lining plate connected to the base layer? Composite steel plates are used, with the joint types in accordance with the requirements specified in GB/T 13148-2008 \"Welding technical requirements for stainless steel composite steel plates\". The standards for stainless steel composite steel plates are NB/T 47002.1-2009 \"Explosion-welded composite plates for pressure vessels – Part 1: Stainless steel-steel composite plates\" and YB/T 4282-2012 \"Hot-rolled stainless steel composite steel plates for pressure vessels\"