Preliminary design and scheme planning: Based on customer needs and project characteristics, provide a preliminary design scheme for steel structures, optimize structural layout, steel usage, and load distribution.
Detailed design and deepening design: Based on the preliminary design plan, carry out detailed steel structure design, including precise steel selection, node design, connection method, and construction technology, to ensure that the design complies with relevant building codes and standards.
Structural analysis and calculation: Conduct mechanical analysis of steel structures, considering factors such as loads, wind, earthquakes, etc., to ensure the stability and safety of the structure.
Anti corrosion and fire protection design: Based on the environment and usage requirements of the building, carry out anti-corrosion and fire protection design for steel structures, select appropriate protective measures and coatings to extend the service life of steel structures.
Steel procurement and supply: Provide high-quality steel according to design requirements, including common models such as Q235, Q345, Q460, etc., to ensure that the materials meet standards.
Steel structure processing and manufacturing: Processing steel, including cutting, welding, drilling, bending, and other treatments, to meet design requirements. Modern equipment and technology are used during the processing to ensure the accuracy and quality of the structure.
Bolt ball grid node processing: The steel structure bolt ball grid is a key component, and the manufacturer provides professional processing of the nodes to ensure the connection strength and accuracy between the bolt ball and the steel pipe.
Surface treatment and anti-corrosion coating: Steel surface treatment, such as sandblasting, anti-corrosion coating, hot-dip galvanizing, etc., is carried out to improve the corrosion resistance of steel structures and adapt to different environmental conditions.
On site measurement and survey: The construction manufacturer will send professional technical personnel to the site for measurement and survey to ensure that the design and construction plan match the site conditions and avoid problems during construction.
Steel structure installation and hoisting: Provide on-site installation and hoisting services for steel structures. The construction team will accurately install steel components according to design requirements and construction drawings to ensure the stability of the overall structure.
Node connection and welding: The nodes of steel structures are an important part of ensuring overall structural stability. The construction manufacturer is responsible for precise welding and connection of the nodes to ensure bearing capacity and structural safety.
Quality control during installation process: Strict quality control is carried out during the installation process to ensure that every step meets the construction specifications, especially the accuracy and safety of the bolted ball grid structure.
Engineering project management: Steel structure manufacturers usually assign dedicated project managers to manage the progress of the entire project, coordinate design, production, construction, and other aspects to ensure timely delivery.
On site coordination and construction organization: During the construction process, the manufacturer will be responsible for on-site construction organization and coordination, ensuring the reasonable scheduling of personnel, equipment, and materials, and avoiding construction delays.
Safety management and monitoring: Strict safety management measures will be implemented during the construction process, including personnel safety training, on-site safety inspections, and safe use of equipment, to ensure the safety of personnel and equipment during the construction process.
Material quality control: Ensure that the steel, welding materials, anti-corrosion coatings, etc. used meet standards, use qualified raw materials, and conduct necessary quality inspections.
Structural testing and inspection: During the construction process, various indicators of the steel structure are tested and inspected, including welding quality, bolt tightness, node connection strength, etc., to ensure the overall quality of the structure.
Final acceptance: The steel structure construction manufacturer is responsible for the final acceptance of the project, including construction quality, structural stability, safety performance, etc., to ensure compliance with design requirements and relevant building codes.
Regular maintenance and inspection: Provide regular inspection and maintenance services for steel structures, especially for anti-corrosion, structural deformation, and connection parts, to ensure the long-term safety of the building.
Maintenance and reinforcement: In the event of damage, corrosion, or other issues with the steel structure, the manufacturer provides timely maintenance and reinforcement services to extend the service life of the structure.
Technical support and consultation: In the process of use, if technical problems are encountered, the manufacturer provides continuous technical support and consulting services to help solve problems in operation and maintenance.
Energy saving design optimization: Provide energy-saving design solutions for steel structures based on customer needs, including optimizing thermal conductivity, insulation, seismic performance, and more.
Environmental protection construction plan: Following environmental regulations, using low pollution and low emission construction materials and methods to reduce the impact of construction on the environment.