B BosseHansson said:
A bit hard to see how you should do it. If the wall is standing on something so it's not in direct contact with water, I would probably cut the gypsum 10mm up and then use soft sealant. If you think the level will be above that, I would also use Duri "GOLVSOCKEL PVC-FRI SJÄLVHÄFTANDE GRÅ 70MM" or an equivalent product. There are also non-self-adhesive ones if you don't like those.
That could be an option. It is newly built, it is: cast slab-sill insulation-sill and the wall is: sill/studs-moisture barrier-osb-gypsum. Just cut the gypsum then, no need to cut the osb board underneath. The problem is trying to solve it at the door's track.
 
Picture of the track the gate runs on and how it's mounted.
 
  • Close-up of a garage door track and its mounting details on a concrete surface.
C CharlesZidler said:
Picture of the track that the gate runs in and how it is mounted.
I would have cut the profile as well. If OSB is on the floor, I would have cut it too. A multi-tool is probably the easiest way to cut gypsum/OSB. Then you would need to get more slope away from the gate. It's probably easiest with an angle grinder with a diamond grinding disc. The other only helps if there is water on the floor, it doesn't lead it away.
 
B BosseHansson said:
I would have cut the profile too. If the osb stands on the floor, I would have cut it too. A multitool is probably the easiest to cut gypsum/osb. Then you would need to get more slope out from the gate. It's probably easiest with an angle grinder with a diamond grinding disc. The other only helps if there is water on the floor that doesn't lead it away.
Yes, the osb must also be cut in that case, you're right.
Here is a picture on the other side of the gate, where the slab is about 1cm lower so there is automatically a gap anyway between the gypsum and the slab, and still you can see moisture that has been absorbed into the gypsum.
So there is some form of contact by which the wetness can be absorbed into the gypsum.
 
  • Drywall absorbing moisture from concrete floor near garage door, despite a gap, suggesting capillary action.
If there is a lot of water, it will surely form a puddle and then get absorbed. I think the gap looks very small. I would have put something around 5-10mm on the ground and used the multitool. Silicone then makes sure it doesn't easily get into the wall stud.
 
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C CharlesZidler said:
Picture of the track that the gate goes in and how it is mounted.
I would have done as others suggest, cut up the OSB and drywall and put a sealant joint as a cove against the floor.
But I would have rented a floor sander and sanded to create a slope from where the gate connects to the concrete and outwards, even if you just achieve a slope of 3-5mm it will be beneficial😊

Because as it looks now, there's no slope? Or am I seeing it wrong🤔
 
Rejäl said:
I would do as others suggest, cut the OSB and gypsum board and apply a flexible joint as a cove against the floor.
But I would rent a floor sander and sand to create a slope from where the gate meets the concrete and outward, even if it's just a slope of 3-5mm, it will make a difference😊

As it looks now, it's flat? Or am I mistaken🤔
Yes, both. There's a slight height difference so it slopes outward, but unfortunately, there's a threshold iron that is incorrectly fitted, causing it to slope into the garage. This results in water gathering there as soon as it rains, which the slab absorbs.
I sketched a picture, exaggerated a bit, but it shows the issue.
 
  • Sketch on wood showing threshold tilted inward, causing water to pool. Labels: "Platta" and "Tröskeljärn," with an arrow indicating water flow.
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P
Oh no, then the grinding possibility falls 😢
 
Rejäl said:
Oh no, then the grinding option is out😢
Yes unfortunately, unless you attempt to grind off a few mm of the iron so that it doesn't hold water there like in a small ditch.
 
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C CharlesZidler said:
Yes unfortunately, it would be if you try to grind off a few mm of the iron so that it doesn't hold the water there like in a small ditch.
No no, don't grind the galvanized iron, it will rust on you…
 
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Rejäl said:
No no, don't sand the galvanized iron, it will rust on you...
Of course, there wouldn't be a simple solution to that either...
Thank you for enlightening me so I didn't do something stupid.
 
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Perhaps it's possible to attach something to the gate that allows the water to flow out further from the gate. Similar to window sills but maybe not necessarily made of metal. There must be something in rubber that can be used.
 
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C CharlesZidler said:
It can be an option.
It's newly built, it is:
cast slab-sill insulation-sill
Get those who cast the slab to come there and redo it. It doesn't look like it was done professionally.
 
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