01

Raw Material

  • Inspect and verify the origin and quality of steel materials and supplies
  • Ensure that the materials meet standards for dimensions, thickness, hardness, bendability, and other technical specifications of steel
  • Arrange and store materials in a dry, cool warehouse to prevent moisture and oxidation damage
Raw materials

02

Raw Cutting

  • Use equipment such as plasma cutters, lasers, or circular saws to cut steel according to the design drawings
  • Utilize precise measuring tools to ensure the accuracy of the cut edges, avoiding misalignment or cracking to prevent discrepancies during assembly
  • Smooth the cut edges to ensure the aesthetics and durability of the product
  • Recheck the dimensions of the components after cutting to ensure compliance with the design specifications
Use equipment to cut raw materials

03

Build-up And Automatic Welding

  • The steel details are assembled into larger structures such as beams and columns according to the design drawings and temporarily secured
  • Automatic welding machines weld the joints between the component parts accurately and uniformly, ensuring high quality and durability
  • After welding, the welds are thoroughly inspected, cleaned, and dimensionally adjusted to ensure they meet the technical requirements
Automated welding and assembly

04

Fit-Up

  • Install connection details such as bolts, plates, and joints at the specified locations on the main components
  • Inspect the accuracy of the connections to ensure there are no loose fittings
  • Adjust and tighten the components in preparation for the final welding process
Assembly

05

Manual Welding

  • Perform welding on the connection details and any remaining welds that have not been fully completed on the components
  • Ensure that the welds have a high aesthetic quality, with no gaps or defects
  • Use a grinder to smooth the weld surface
  • Thoroughly inspect each weld to ensure compliance with technical standards
Welding finish

06

Surface Preparation

  • Utilize cleaning methods such as sandblasting or shot blasting to remove impurities from the steel surface
  • Inspect the surface after cleaning to ensure it is free from oils, dust, or rust
  • Ensure the steel surface is completely clean before applying the protective paint coating
Surface cleaning

07

Painting

  • Use specialized anti-corrosion or fire-resistant paint to protect the steel surface from environmental impacts
  • Apply the paint evenly across the entire surface of the structure, ensuring no areas are missed
  • Allow the paint to dry completely and inspect the coating quality for coverage, gloss, and color durability before proceeding to the next steps
Painting

08

Delivery

  • Components are securely packaged and arranged to prevent damage during transportation
  • Ensure the transportation process complies with safety regulations
  • Conduct thorough inspections of goods prior to delivery and receipt
Deliver components

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