YONGZHU Prefabricated Assemble Steel Structure Building Warehouse

1. Fast Construction: The construction of steel structure workshops has fully achieved factory prefabrication and on-site assembly construction. Once the components are installed, they can reach a high strength immediately, with no construction technical intervals, which improves labor productivity. The components are precisely processed according to the design drawings, and the on-site construction is completely dry, with a high degree of construction civilization.

2. Flexible Interior Space Division and High Utilization Rate: Steel structure workshops have a large span, providing more freedom in space division. Since the wall thickness is only half of that of brick-concrete structures, the structural area is significantly reduced, and the usable area can reach up to 95%. Compared to traditional buildings, the usable area has increased by about 6%-19%.

3. Composite Walls: The walls of steel structure workshops are composite, offering good insulation, thermal insulation, and sound insulation performance. Compared with reinforced concrete structure workshops, they are more energy-efficient and environmentally friendly. Additionally, steel structure workshops have advantages such as overall lightness, saving foundations, using less materials, lower construction costs, short construction periods, large spans, safety and reliability, aesthetic appearance, and stable layout. Therefore, they are widely used in large-span industrial workshops, hardware and plastic, mechanical equipment, printing and paper products, mold factories, warehouses, and cold storage.

However, in recent years, accidents involving steel structure buildings have occurred frequently, especially in the face of extreme climates, where steel structure houses are even more vulnerable. This has led to increased attention to safety inspections in the construction sector. Let's understand what issues need to be considered during the safety inspection of steel structure workshops.

Structural Material Strength: For steel structures, the strength of the materials used is very high. The components are thin, slender, and long, and the stress used in the design is high, which leads to significant stress transmission in the connection structures. The structure is sensitive to local stress, cracks, geometric deviations, and impact effects. Therefore, the stability, strength, fatigue, and connections of the steel structure all have significant impacts that cannot be ignored.

Inspection Aspects: It is crucial to make very precise judgments about the reactions on the structural components. Since steel structure buildings are generally tall, it is difficult to inspect each one individually. During the inspection, we should mainly pay attention to the deformation, corrosion, support connections, and notch effects of the purlins, as well as the damage caused by construction overload, accidents, and accumulated dust. Purlin beams bear the self-weight and live load of the entire roof and also provide a certain level of support for the plane of the upper chord of the roof truss.