Dapeng Town Industrial Park, Tongshan District, Xuzhou City, Jiangsu Province, China
In the field of construction, the space frame structure is widely used in various large -scale building structures, such as stadiums, exhibition halls, museums, etc. The space frame structure is composed of many steel rods or other materials. It has the advantages of lightweight, solid, corrosion resistance, and maintenance, and has become an important part of modern buildings.
Its production is divided into two processes: manufacturing and processing. Manufacturing refers to the production of space frame structures carried out in factories or construction sites, and processing is mounted, assembled and installed on the site. The manufacturing and processing process of the space frame will be introduced below.
The manufacturing of the space frame refers to the combination of some simple raw materials such as steel pipes, bolts and connection accessories into a complex spatial structure. It is usually divided into the following stages.
Based on building needs and design parameters, the designer uses various calculation methods to calculate the size, quantity, and connection method required by the material required by each part. During the design stage, the manufacturing process and quality monitoring scheme of the space frame need to be determined.
In the process of manufacturing parts, we first need to cut, bend and process the required raw materials, and then assemble it into the required components and nodes. During the manufacturing process of parts and components, the quality and size of the material need to be ensured.
Nodes are the key parts of the space framework that need to be carefully processed and quality control during manufacturing. Connect each parts through nodes to make a complete space structure. In the process of installing nodes, you need to pay special attention to the reliability of the connection method and the accuracy of the node.
After the installation node is completed, the designed components need to be assembled, including beams, columns, frameworks, etc. The processing and assembly of components require strict quality control and process management to ensure the stability, strongness and security of its structure.
