I-Beam

Characteristics

• Strong bending resistance: Due to its unique shape, it performs well when subjected to bending loads.
• Structural stability: It has good lateral stability and is suitable for various buildings and engineering structures.
• Diverse specifications: There are different sizes and weights to choose from to meet different engineering needs.
• Convenient construction: Installation can be carried out through welding, bolt connection, and other methods, making it easy to process and assemble.

Production process

Mainly produced using hot rolling technology. After heating the steel billet to high temperature, it is rolled into the shape of an I-beam by a rolling mill.

Application fields

• Building structure: As components such as beams and columns, used for steel structure factories, bridges, high-rise buildings, etc.
• Mechanical manufacturing: used to manufacture frames and support structures for various mechanical equipment.
• Shipbuilding: It is widely used in the hull structure and deck support of ships.
• Rail transit: a supporting structure that can be used for railway tracks.

Selection precautions

• Specification and dimensions: Select the appropriate I-beam model based on actual usage needs, including parameters such as height, width, web thickness, and flange thickness.
• Material: Common I-beam materials include Q235, Q345, etc. Choose the appropriate material according to the usage environment and load-bearing requirements.
• Quality standards: Select products that meet national standards to ensure reliable quality. Check the surface quality of the I-beam, which should have no obvious defects such as cracks, scratches, rust, etc.
• Manufacturer: Choose manufacturers with good reputation and advanced production technology to ensure product quality and after-sales service.