We are doing an extension and have bought this large pair of sliding doors remotely. They are to be installed in a load-bearing interior wall that the carpenters are now framing.

How should the wall be constructed really?

What thickness of the stud frame? How wide an opening is needed considering the door is 218 wide and should be able to open to each side?

Will it be problematic to have such a large opening in a load-bearing interior wall?

Large white double sliding door with paneled design, intended for installation in a load-bearing interior wall. Concern about structural implications discussed. Sliding door mechanism with spring attached, part of a planned extension. The door is 218 cm wide and will be installed in a load-bearing wall. Sliding barn doors with hinges and framework in a storage area, surrounded by other doors and building materials. Description of a large sliding double door, dimensions 222 cm height, 218 cm width, 4.5 cm thickness. Installation details for structural support included.
 
The constructor needs to calculate if the wall was originally designed for something else.
 
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BirgitS
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The clearance should not be a problem if you have sufficient ceiling height. However, the support beams can be quite strong and must go on one side of the door. I would probably consider welding a structure around the doorway to achieve a sleeker wall.
 
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plan-g
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BirgitS
H hapazard said:
The offset shouldn't be a problem if you have enough ceiling height. But the support beams can become quite robust and must go on one side of the door. I would probably consider welding a structure around the door opening to achieve a more slender wall.
Additionally, you must ensure that the base for the support beams (the columns) can withstand the increased weight.

A structural engineer is the right person for that.
 
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Kane
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BirgitS BirgitS said:
In addition, you must ensure that the foundation for the support beams (pillars) can withstand the higher weight.

A structural engineer is the right person for that.
Indeed 👍
 
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