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How are space frame structures applied in industrial buildings?

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 In the rapid advancement of modern industry, industrial buildings serve as the core spaces for production and storage. Their structural design must not only fulfil functional requirements but also balance safety, economy, efficiency, and sustainability. As a company consistently focused on environmental stewardship and dedicated to providing high-quality, safe, and robust steel structure designs and products globally, we recognise that space frame structures represent the ideal solution for achieving these comprehensive objectives in industrial building applications. Space frame structures comprise spatial grid systems formed by multiple members connected through nodes. Their unique load-bearing characteristics and geometric configurations offer exceptional advantages in industrial building construction: Achieving Extraordinary Spans: Industrial facilities frequently require expansive, column-free spaces to accommodate production line layouts, large-scale equipment installation...
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Construction Steps for Steel Structure Engineering

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space frame engineering

Step 1: Site Preparation

Before commencing any construction activities, the site must be prepared. This involves clearing the area, ensuring proper drainage, and establishing temporary access roads if needed. Additionally, the site should be properly leveled and compacted to provide a stable foundation for the steel structure.


Step 2: Foundation Construction

The foundation is a critical component of any steel structure. Depending on the project requirements and soil conditions, different types of foundations such as pad footings, pile foundations, or raft foundations may be constructed. These foundations provide the necessary support and stability for the steel structure.


Step 3: Erection of Columns and Beams

Once the foundation is in place, the steel columns and beams are erected. This process involves lifting and placing the structural members into their designated positions. Cranes or other lifting equipment are commonly used for this purpose. Precise alignment and leveling are crucial to ensure the integrity and safety of the structure.


Step 4: Installation of Bracing and Purlins

Bracing elements are installed to provide lateral stability to the steel structure. These may include diagonal braces, shear walls, or cross-bracing systems. Additionally, purlins (horizontal members) are installed to support the roof covering and transfer loads to the main structural frame.



Step 5: Roof and Wall Cladding

Roof and wall cladding systems are installed to enclose the structure and provide weather protection. This may involve the installation of metal sheets, insulation, and vapor barriers. Proper sealing and flashing details are crucial to prevent water infiltration.


Step 6: Installation of Secondary Members

Secondary members, such as girts and eave struts, are installed to support the cladding and provide additional structural stability. These members are connected to the primary frame and contribute to the overall rigidity of the structure.


Step 7: Electrical and Mechanical Installations

Electrical and mechanical systems, including lighting, HVAC (Heating, Ventilation, and Air Conditioning), and any other necessary utilities, are installed. Proper coordination with the structural elements is essential to ensure that these systems integrate seamlessly with the steel structure.


Step 8: Fireproofing and Insulation

If required by local building codes or project specifications, fireproofing materials are applied to protect the steel members from high temperatures in case of a fire. Additionally, insulation materials may be installed to enhance energy efficiency and provide thermal comfort.


Step 9: Quality Control and Testing

Throughout the construction process, quality control measures are implemented to ensure that all work meets the specified standards and codes. This may involve inspections, material testing, and documentation of construction activities.


Step 10: Final Touches and Site Cleanup

In this phase, any remaining finishing touches are applied, such as painting, surface treatments, and the installation of safety features. The site is thoroughly cleaned and prepared for final inspection and handover.

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What is a coal bunker?

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Suspension structures

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 A suspension structure is a structural form that carries roof loads through a series of high-strength steel cables. Its main load-bearing member is the cables, which are usually steel cables made of high-strength steel wires. The roof of the suspension structure is generally light and thin, and its shape can be very flexible, able to realize the large span across. For example, in the roofs of some large conference centers or exhibition halls, the suspension structure can create unique shapes such as double-curved paraboloid or single-curved paraboloid, which make the building have a strong artistic influence. Suspension structures require a stable support structure to anchor the steel cables, usually using reinforced concrete columns or steel columns as support. And in order to ensure the stability of the structure, it is also necessary to set a certain amount of prestressing, so that the steel cables are in a tensioned state before they are subjected to loads. Scope of applicatio...
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What is the difference between a single-layer reticulated shell and a double-layerreticulated shell?

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  The differences between single-layer reticulated shells and double-layer reticulated shells are as follows: Structural Configuration   Single-layer reticulated shell: Composed of a single layer of members, with the members directly connected to form a grid structure . The node configuration is relatively simple, typically employing rigid connections that allow the members to bear not only axial forces but also bending moments and shear forces.   Double-layer reticulated shell: Consists of upper and lower parallel layers of members connected by web members, forming a truss-like structural system. The nodes are generally hinged, and the members primarily bear axial forces. Its configuration is relatively complex, requiring more members and nodes to ensure structural stability and load-bearing capacity. Structure Single-layer mesh shell: composed of one layer of rods, the rods are directly connected to form a mesh structure, the node structure is relatively simple, usually...
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