As the popularity of steel structure projects grows, so does the public's acceptance of them. When making choices, aside from considering price, it's also crucial to compare material quality, production and construction standards, and after-sales service to make a reasonable selection. Therefore, we have summarized some requirements for material selection that we hope will be helpful to you.

1. High strength

High tensile strength and yield points are required for steel. A higher yield point allows for reduced cross-sectional area of components, thereby reducing weight, conserving steel, and lowering construction costs. The high tensile strength of steel structures enhances their safety.

2. Excellent molding properties

Excellent plasticity allows for significant deformation prior to structural failure, preventing brittle breakdown. Good plasticity in steel structural engineering can adjust local peak stresses, redistribute the stress, and enhance the ductility of components, thereby improving the seismic resistance of the structure.

3. Excellent impact toughness

Enhanced toughness improves a structure's ability to withstand dynamic loads, preventing cracks and brittle fractures.

4. Excellent cold working properties

Steel is often processed at room temperature, and its excellent cold working properties ensure that there will be no cracking or brittle fracture during the processing, and it will not significantly affect the strength, plasticity, and toughness due to the processing.