What are the advantages of space frame structures?

A three-dimensional truss capable of spanning in two directions is called a space frame. They are flexible and can be used in different frames, allowing them to be used as roofs when flat, walled or with sloped walls, and can be changed into different geometries and used as curved continuous barrel roofs.

The advantages of these space frame structures are:

They offer great resistance and economic efficiency while also providing a structural solution that offers absolute freedom in large span areas.

Made of steel elements, it is lightweight and removable for easy handling. It's time-saving and safe.

In addition to offering complete flexibility and adaptability, these structures provide column-free space and have an aesthetically pleasing appearance.

It is a perfect combination of expert engineering and state-of-the-art computer technology, resulting in a wide range of innovative, ultra-modern functional designs.

From local municipalities and companies, malls, malls, stadiums, sports venues and even the aviation industry, these structures cater to a wide range of extremely diverse clients to suit their specific projects.

They are ideal for any structure, whether new or renovated, because of their perfect interface with other structures, their elegant and outstanding design, even the oldest buildings can be transformed and resemble ultra-modern structures.

Corrosion-resistant and energy-saving, it allows light to pass through easily and saves electricity.

Materials can be pre-designed and easily assembled and organized according to structural rules according to customer requirements and timeframes.

Before placing the space frame with its superstructure and metal cladding, all aspects of the architectural and structural properties of the substructure are taken into consideration. We also provide pre-structural design analysis and provide design drawings and computer models to the client for approval before designing the space frame. Design to installation to complete the final inspection process before handing over the project to the client.

With the emergence of new construction technologies, significant progress has been made in the development process of space frame structures, often providing the right answer and meeting the requirements of being light, economical, fast to construct, durable and earthquake-resistant. This rapid proliferation of space frames is primarily due to their immense structural potential and visual beauty. Space frame structures are characterized by considerable rigidity and stiffness, an extraordinary ability to span large spans without intermediate supports, and the ability to carry concentrated or asymmetric loads.

According to the structural analysis method, the spatial structure is analyzed by assuming that rigid nodes induce internal torsions and moments in the members, where each truss will independently resist the load acting on it and further transmit the load to the columns at both ends.

In space frame structural systems, steel is widely used for efficient construction, and establishing the use of steel in our country requires various new technologies, such as prestressing of steel and efficient utilization of steel members by reducing compression forces. Three-dimensional features of space frame structures include flat and curved surfaces with loads perpendicular to the plane. The important factors affecting the rapid development of the space framework are listed below:

Large indoor space

Minimal interference from internal supports

Higher operational efficiency

Space frame structure:

Space frame builders are characterized by considerable rigidity and stiffness, an exceptional ability to cover large spans without intermediate supports and the ability to withstand concentrated and/or asymmetric loads. Space frame construction systems are high-tech products capable of carrying concentrated and asymmetric loads and covering large spans without the need for intermediate supports. To take full advantage of industrialized building systems, space frame units are often mass-produced in factories. Space frames can be built from simple prefabricated units that come in standard sizes and shapes. The units can be easily transported and quickly assembled on site by skilled workers.