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There is a drying oven (1500*700*2000) that requires to be fully enclosed, using angle steel
How can one assign a illiterate person to do the design work? Let me explain this; I’m not sure if you’ll understand. There should be at least two hinges between the door and the cabinet. Sealing rubber gaskets should be placed around the edges where the door meets the cabinet, so that the door can be sealed when closed. As for how to close the door, handles and locks need to be designed; it’s advisable to take a look at similar structures. As for sealing glass windows, that’s quite simple. Get on a bus with air conditioning and observe the structure of its window glass. The access holes for manual operation can be modeled after those found in tower equipment – they can be secured to the cabinet using thin flange covers along with sealing gaskets.
Is this a new design or a modification of something existing?
I can understand what was said on the second floor; thank you! What thickness is appropriate for a door? Third floor: Items that need to be dried are placed inside through the door, while the windows are used for viewing. 4th floor: This is a new design.
I suddenly remembered that the wall thickness is 2mm – how can the glass windows be fitted inside? What should be added around the glass?
A ring of small angle steel made from 2mm thick plates should be welded around the edges of the window on the wall, creating a recessed groove along the perimeter of the window opening; this groove is used to hold the specialized sealing rubber and window glass. The door is also made from 2mm thick plates, with C-shaped edges folded around it for reinforcement, and rubber gaskets are attached to these folded edges. Similar C-shaped edges need to be folded at the points where the cabinet meets the door.