Large-span Truss Station Steel Construction

As an experienced supplier, our Large-span Truss Station Steel Construction mostly adopts the spatial tubular truss system as the main load-bearing structure for station buildings or platform roofs.

This design can create open spaces and magnificent appearances, which is ideal for functional buildings such as stations with dense crowds and concentrated information. It provides passengers with a good view for watching waiting hall information screens and various guidance signs.

The truss structure adopted in our products is a lattice load-bearing structure. The spatial tubular truss is an advanced form of truss structure and also one of the mainstream modern large-span spatial structural systems. The main types of large-span truss systems are as follows:

These structural systems can sometimes be combined with each other or with other steel structural systems. Regardless of the steel structural system adopted, the core components of the truss system used in our Large-span Truss Station Steel Construction mainly include main trusses, secondary trusses, bracing systems, bearings, joints and enclosure structures.

Products built in this way feature multiple advantages and are widely applied in various scenarios of large-scale transportation hubs.

Customization & Quality Assurance

Large- span Truss Station Steel Construction provides OEM and ODM services, including component fabrication and construction works. Equipped with top-tier design and construction qualifications in the industry, we are capable of independently delivering full-process services for products.

In addition, we feature exquisite craftsmanship and skilled operations. Over 20 years of development, we have gained the trust of more than 500 clients. Our extensive project experience and corporate culture that encourages progress and innovation endow us with such confidence.

We strictly control product quality with mature technologies, striving to become the most reliable and cooperative partner in the steel structure industry.

Our quality control is mainly divided into three stages: fabrication stage, on-site assembly stage and installation stage. We apply modern intelligent technologies in these three aspects to achieve millimeter-level craftsmanship. Senior engineering and technical personnel conduct Class-I welding inspection for your Large-span Truss Station Steel Construction products, striving to realize high performance and long service life of the products.

FAQ

Q1: What is the maximum span of Large-span Truss Station Steel Construction?

Theoretically, the arch truss system can achieve over 150 meters.

Q2: Is the truss structure superior to the grid structure?

Trusses have advantages in architectural expressiveness and cost-effectiveness for long spans. Moreover, spatial tubular trusses are widely adopted in large transportation hubs to meet landmark design requirements.

Q3: How are joints of the truss structure handled?

Intersecting welding and cast steel joints are mainly used.

Q4: How cost-effective are your products?

Taking factors such as high usable floor area ratio, short construction period, reduced foundation load and recyclability in later service into overall consideration, our products have lower overall costs.

Q5: Is construction suitable for coastal environments?

Are there corrosion concerns? Construction is feasible. To cope with high salt-fog coastal environments, we adopt hot-dip galvanizing or heavy-duty anti-corrosive coatings to extend anti-corrosion service life.