Core Advantages of the Product

The real value of this page is not only to introduce three structural systems, but to help you avoid choosing the wrong one too early. In many projects, the first problem is not how to fabricate steel, but how to select a system that truly fits the span, roof form, budget target, construction rhythm and future use. A structure that looks acceptable at quotation stage may later create unnecessary fabrication complexity, service conflicts, inefficient internal space or rising hidden cost.

Steel portal frames are widely used for single-storey industrial buildings because they combine structural efficiency with functional simplicity. For spans up to about 50 meters, portal frames are often one of the most economical solutions and can create large column-free areas at relatively low cost.

Steel trusses become increasingly attractive when spans get larger and when service integration matters. Trusses are generally an economical solution for spans over 20 meters, and one of their important advantages is that ducts and pipes can pass through the truss web, which helps integrate building services more efficiently.

Steel space frames are better suited to projects that require coverage of large areas through three-dimensional assemblies connected at nodes. They are commonly used where large roof coverage, open space and more complex geometry are important. SteelConstruction.info describes space frames as assemblies of small structural components connected at pre-formed nodes that can cover large areas.

This means the three systems should not be treated as interchangeable. We can help you compare them based on what really matters for the project: whether the priority is economy in a standard industrial shed, efficiency over larger spans, better coordination of building services, or a broader unobstructed space with stronger architectural freedom.

Technical Support We Can Provide

For comparison-based projects like this, technical support is more important than a simple quotation. We can help you sort out the structural logic before production begins, including span requirements, roof loading, service coordination, floor use, erection considerations and future flexibility. The goal is not only to select a frame type, but to make sure the selected system can really work in design, fabrication and installation.

We use advanced structural design and detailing tools including PKPM, 3D3S, Midas, Sap2000 and Tekla, and we also apply BIM capability across the project lifecycle. This allows us to support structure comparison, design optimization, node coordination, drawing deepening and fabrication preparation in a more engineering-oriented way.

We can help you clarify why one system is more suitable than another, reduce repeated confirmation during later stages and improve consistency between structural intent, drawings and actual manufacturing output.

Regarding us

A truly valuable comparative content requires solid execution capabilities as its foundation. We have 7 steel structure production lines, capable of producing 50,000 tons of various steel structures annually. This enables us to have a stronger，capability when the project moves from scheme comparison to actual manufacturing and delivery.

Our engineering background is not limited to a single type of building. We have project experience in multi-story and complex steel structures， space steel structures， municipal bridge steel structures， high-clean industrial plants， intelligent logistics systems， coal chemical and new energy steel structures， nuclear power projects， as well as overseas projects. This broader experience makes it easier for us to make structural selection judgments from the perspective of actual execution， rather than just from the perspective of a single product.

We provide you with comprehensive services from the initial stage of the project to its implementation.

We Provide One-Stop Solutions

In structure-selection projects, trouble often starts when comparison and execution are separated. One team gives a concept recommendation, another team handles detailing, another team fabricates, and another team manages packing and delivery. By the time the project reaches the site, the original structural logic may already be diluted.

We provide a one-stop workflow that connects technical communication, option comparison, design optimization, detailing, fabrication, inspection, packing and delivery follow-up. We can help you keep the project on one clearer track from early structure comparison to final shipment, instead of letting key information break between stages.

This is especially important when the project involves large spans, service integration, roof complexity or overseas coordination. In those cases, structure choice is not just a design question. It becomes a delivery question, a communication question and an execution question at the same time.

Our Team and All-Day Project Support

A good comparison result needs a team that can keep following the project after the first discussion. Our technical and project support team includes experienced engineering personnel who can stay involved in structural communication, drawing confirmation, coordination between system choice and detailing, production follow-up and delivery preparation. This makes the support more continuous and reduces the risk that key issues get lost between separate departments or separate stages.

We can help you with all-day project support, especially when the project requires repeated technical clarification, quick decision cycles or cross-border communication. Instead of stopping at a recommendation, we can continue supporting the project until the structure path is more clearly translated into fabrication and shipment execution.