How to determine which walls can be demolished when an old house without property is renovated?

Beams are used to support the structural weight of the whole building and are the core framework of the house. Random demolition and alteration will affect the safety of the whole building. There are still many high-rise houses and multi-storey houses. At the time of delivery, all the walls inside the house have been laid. Sometimes this pattern can't meet their own needs and needs to be dismantled. In the process of house decoration, you often encounter load-bearing walls, load-bearing beams and load-bearing columns, which are absolutely motionless-no matter how much interference it has on your eyes, the load-bearing walls can not be moved, and the non-load-bearing walls can be demolished and rebuilt. It can be judged according to the huxing drawings provided by the developer's sales office, or consult professionals.

First of all, if you want to know whether the wall of your house can be demolished, you have to know whether the structure of your house is a frame structure or a ring beam structure, and then you have to see if the wall you want to demolish belongs to a load-bearing wall! If it is only a partition wall, it can be removed ... mainly depending on the actual drawings given to you by the developer. The positions of load-bearing walls and simple vertical walls will be marked on the general plan. Judging from experience, the bearing wall is generally 25-35cm thick, and the non-bearing wall is relatively thin about 15-20cm. But it still needs to be judged according to the architectural drawings provided by the developer. Do not violate the rules and regulations at will!

In addition, I personally suggest that you don't need to rewire all the circuits in your home, but replace them all: you only need to carry out local potential transformation. Therefore, the current commercial housing can have doubts about water supply and drainage, decoration, environmental protection and even civil engineering, but for electricity, it can basically be guaranteed to be foolproof-at least it can ensure that the electrical aspect meets the national standard requirements. Moreover, on the basis of the original civil works, the pipeline is chaotic. If something goes wrong, maintenance is troublesome, and it takes a lot of time to check which circuit is faulty. But in either case, hydropower is the highlight, so we should plan ahead, not take it for granted, and do a good job of diversion, instead of not changing what should be changed, and there is no need to waste money.