The fourth floor building can t knock down the load bearing wall and knock out the 40 centimeter bra

Whether it is several floors, or only a bungalow with only one floor, the load-bearing wall can not be knocked down, and some one-story and two-story houses also need to use other structures to replace the load-bearing support.

What's more, this is the fourth floor, and the load-bearing requirements are more, no matter how you knock it off, even if it is a part of 40 cm, it will cause damage to the load-bearing structure. The load-bearing capacity of a fourth-floor house itself will not be designed to be very good, it is still relatively late and dangerous, and no one can bear the responsibility for something happening.

No matter how many floors it is, the load-bearing wall is not allowed to be knocked down, even if it is only 40 centimeters, and after the load-bearing wall is knocked down, it will affect the overall safety of the whole building.

Load-bearing walls cannot be dismantled at will. In fact, it doesn't matter if you demolish a little bit, but I'm afraid that if you change the structure of the house after demolition, it will easily cause the house to collapse.

No matter how many floors the load-bearing wall is absolutely not allowed or smashed, aren't you afraid of danger? The structure of the house can never be changed, no matter how much is smashed, as long as the load-bearing wall is absolutely not moving, which is related to the safety of the whole building, do not create potential safety hazards.

For the building, the load-bearing wall is to bear the pressure of the entire wall, no one is allowed to move, there are certain safety hazards when moving, and it will bring a lot of trouble. Don't move, no matter how much.

No matter how many floors you live on, load-bearing walls cannot be hit.

The load-bearing wall is forbidden to guess, which will cause a lot of trouble and danger, leaving a lot of hidden dangers. Because the building we live in is not like a bungalow to our own home, your building has an impact, and it affects many homes. Don't guess the load-bearing wall!

Summary. Dear, hello, I'm glad to answer for you, the load-bearing wall was demolished 30 cm and the building collapsed because the wall is used to support the weight of the upper floor, and it is also a very important part of determining indoor safety, whether it is a new house or an old house, the load-bearing wall cannot be demolished, and if it is removed, it will eventually seriously affect the safety of the house construction.

Dear, hello, I'm happy to answer for you, the load-bearing wall was demolished and covered 30 cm The building collapsed because the wall is used to support the early weight of the upper floor, and it is also a very important part of determining indoor safety, whether it is a new house or an old house, the load-bearing wall can not be demolished, and if it is demolished, it will eventually seriously affect the safety of the house.

Judgment ** is a load-bearing wall: 1. Check the beam stuffy where to look at the engineering drawings to distinguish the load-bearing wall and the non-load-bearing wall, the black wall in the drawing represents the load-bearing wall, and the thick solid line part in the drawing and the wall under the non-load-bearing rubber beam are load-bearing walls. Non-load-bearing walls are generally identified with thin solid lines or dotted lines on the drawings, and are walls made of simple materials, and non-load-bearing walls are relatively thin, and are only used as partition walls.

2. Listen to the sound: Tap the wall with your hands. There is a crisp sound on the non-load-bearing wall, while a knock on the load-bearing wall hears a dull sound.

3. Look at the thickness: 150 mm thick partition wall is a non-load-bearing wall, such as the sedan car such as Weizhou Zhi Lead Room, kitchen these places are more, 240 mm and above thickness is the load-bearing book good wall.

4. The junction of the beam and the wall: Under normal circumstances, the wall and the beam are closely combined with the load-bearing wall, the use of oblique bricks is a non-load-bearing wall, the judgment of the load-bearing wall is mainly to see the design of the structure, the load-bearing wall will have a seismic structural column at the vertical intersection of the two good blue delays, you can knock off the skin during construction, and then look at the structure inside to judge, if it is not in an uncertain situation Huichang is best not to knock it off.

Summary. Kiss! Hello, happy to answer your <>

The 40 cm load-bearing wall can not be thinned 4 cm, and the load-bearing wall refers to the wall that supports the weight of the upper floor, which is a black wall on the engineering drawing, and will destroy the entire building structure if it is knocked out; The non-load-bearing wall refers to the wall that does not support the weight of the upper floor, and only plays the role of separating one room from another. If the house is a brick and concrete structure, then all walls are load-bearing walls. If the house is a frame structure, then many of the walls inside the house are not load-bearing walls.

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Can a 40 cm load-bearing wall be 4 cm thinner?

Kiss! Hello, happy to answer your <>

The 40 cm load-bearing wall can not be thinned and the 4 cm load-bearing wall refers to the wall that supports the weight of the upper floor, which is a black wall on the drawing, and will destroy the entire building structure if it is knocked out; The non-load-bearing wall refers to the wall that does not support the weight of the upper floor, and only plays the role of separating one room from another. If the house is a brick and concrete structure, then all walls are load-bearing walls. If the house is a frame structure, then many of the walls inside the house are not load-bearing walls.

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Do you have any other questions?

That can be thinner by a few centimeters at most.

You can't be thin.