ᐅ Which type of masonry units are suitable for a load-bearing interior wall?

Hello everyone,

We are moving a short wall that doesn’t necessarily have to be load-bearing, but since we are not exactly sure how the ceiling is constructed, it should not be completely removed.
Additionally, kitchen cabinets will be mounted on this wall. Soundproofing is not required. The thickness will be 10 or 12.5 cm (4 or 5 inches).

Which type of masonry would you recommend?
I think aerated concrete might be too weak. I was thinking of calcium silicate bricks, but honestly, I don’t have much experience with this.
Note: It might be necessary to install an empty conduit inside the wall.

Thanks for all the advice.

Motero1

Motero1 schrieb:

We are moving a short wall that does not necessarily need to be load-bearing, but since we are not exactly sure how the ceiling is constructed, it should not be completely removed.

That’s incorrect. It either is load-bearing or it isn’t.
If it’s not, I would use drywall construction, which also allows space for cables or pipes.
If it is load-bearing, better leave it alone.

The structural engineering determines the wall construction for you.

In der Ruine schrieb:

Either it supports the load or it does not.

It is supposed to be able to support it. Whether it will actually carry a significant load is questionable. Or at least not much.

Whether your position is really correct...

If you tear down a load-bearing wall, the ceiling can collapse. That would make you a candidate for the Darwin Award, especially if you haven’t had children yet. So, consult a structural engineer who will tell you what and how you can move.

Motero1 schrieb:

It should be able to carry load. Whether it will actually bear much load is questionable. Or at least not much.

There is no "maybe" in structural engineering. If it is supposed to carry load, there must be something to support above it—beams, walls, or similar.
If it carried load before, it cannot simply be removed. Even relocating it is not that straightforward.
No idea? Then consult a structural engineer.