Gansu steel structure processed buildings have gained popularity in recent years. What issues might construction units encounter in the indoor steel structures? Based on years of construction experience, the following contents and solutions are summarized. Gansu Steel Structure Processing

The steel structure in Gansu is securely processed, and there is no feeling of tremble when stepping on the surface.

But some community industries have it all wrong. After our steel structure is completed, why does it feel like a tremble when stepped on? This is mainly because your floor is likely wooden, to be honest, not the whole structure trembling, but rather the feeling of stepping into a depression. This is because the standard method for steel structures is 60×a square, with a large wooden board on top of the square. If you step on the core of the board, the feeling of depression is traditional. For example, standing on a table, you feel different from standing next to it. If the steel structure is completed and the roof is tiled, this feeling is not, it's the same as the traditional concrete floor layer.

2. Large materials for steel structure fabrication should be utilized on the second floor, as well as the length and total width of the building.

If the mid-to-late-stage loads on the steel structure are relatively high, the material size will undoubtedly be significant. Conversely, if the mid-to-late-stage loads are relatively low, as in many community owners using it as storage or small bedrooms, the load is not substantial and can be handled with standard materials. Another factor influencing the choice of material is the length and total width of the bedroom; the thicker the span, the thicker the material required.

The standard length of stainless steel sheets is typically 6 meters. Due to the hazards of on-site and transportation factors, many regions cannot utilize the entire material. After the material is cut and welded on-site, there is inevitably a reduction in its compressive strength. Consequently, as the usage of the entire material in the building increases, the compressive strength of the material used will vary, posing a risk to the specifications and models of the material chosen.