Application of SS400 angle steel in construction and engineering fields

SS400 angle steel is widely used in the construction and engineering fields. The following are some common application scenarios:

1. Structural support: SS400 angle steel is often used as structural support components such as beams, columns, and frames of buildings. It has good strength and rigidity, can withstand large loads and pressures, and provides stable structural support for buildings.

2. Bridge construction: SS400 angle steel is often used for the main frame and support structure of bridges. Due to its high strength and durability, it is able to withstand the bridge's own weight as well as the loads of vehicles and pedestrians.

3. Steel structure buildings: In steel structure buildings, SS400 angle steel is widely used in manufacturing and assembling various steel structure components, such as steel columns, steel beams, steel trusses, etc. They provide stable support and rigidity, making buildings resistant to earthquakes and winds.

4. Equipment brackets: SS400 angle steel can be used to make brackets and bases for mechanical equipment to ensure stable installation and operation of the equipment.

5. Curtain wall structure: In curtain wall construction, SS400 angle steel is often used to make the structural frame and support system of the curtain wall to provide strength and stability.

6. Tower crane: SS400 angle steel is widely used in the manufacture of tower cranes. It is used to build the tower body and boom of the crane and can withstand the working load of the crane.

7. Other engineering fields: SS400 angle steel can also be used to manufacture components and structures in many engineering fields such as transmission pipelines, mining equipment, and power station structures.

The high strength, good workability and relatively economical price of SS400 angle steel make it one of the commonly used structural materials in the construction and engineering fields. In specific applications, appropriate specifications and sizes need to be selected based on design requirements and specifications.