How to construct a stainless steel container with dimensions 4600×6?
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It seems that this can’t be bent using a roll bending machine; how is it constructed then?
It can be rolled using a sheet rolling machine. Are you working in a factory or on-site?
You can use a rolling machine directly; after rolling, use a supporting fixture to round out the interior~~~
For factory construction, one only needs to consider the issue of plates being too thin
With internal support, how can it be made round?
Anything will do (it’s not necessary to use a rolling machine), the key is securing it during transportation (the issue of stiffness)
How is this constructed? Are you the one who will carry out the construction, or do you need to prepare a construction plan? Or are you the client, asking out of curiosity? The construction method was explained in detail upstairs; you can use a sheet rolling machine to roll the sheets and then weld them ； For on-site construction, you can go for a more traditional approach: use a gourd to pull while knocking, and that will also help shape it. What is the purpose of this stainless steel container? Its specifications and dimensions are not visible; what are the operating conditions, and what type of end cap does it have? If you don’t know any of this, then you won’t be able to tell whether your board is thick or thin. . .
Containers of this diameter are best manufactured on-site; if transported, deformation is a minor issue, but they can sometimes get damaged due to excessive stress in certain areas. If the precision requirements for manufacturing this container are not high, then as mentioned on the 3rd floor, weld \"ears\" to the plate and use a hand chain hoist (commonly known as a winch) to pull it, continuing to do so until it finally closes together. All the sulfuric acid tanks here are welded in this way.
It can be formed in segments; it can be pre-fabricated using a sheet rolling machine, and then assembled and formed on-site with support rings (an arc-shaped steel frame is created inside the cylinder), followed by welding.