FAQ
Yes. F.I.T. Industrial Co., Ltd. provides a comprehensive, turnkey steel engineering service that seamlessly spans design and planning, material procurement, in-factory fabrication, welding assembly, quality inspection, surface treatment, transportation logistics, and final on-site installation.
Through this integrated workflow, we minimize multi-party coordination costs while enhancing overall engineering quality, construction efficiency, and schedule control.
A EDM，Electronic Distance Measuring Device significantly improves the accuracy of on-site as-built surveys, benchmark verification, and layout staking, effectively minimizing human measurement errors. It delivers precise positioning data for steel structure anchoring points, embedded parts, structural axes, and large-scale component placement.
100% in-factory pre-assembly means that all structural components are test-fitted sequentially at our facility before shipping. This process verifies dimensions, bolt holes, angles, curvatures, and joint connections, effectively eliminating on-site installation alignment errors and reducing adjustment times.
Yes. FIT evaluates fabrication methods for curved steel framing, spiral steel staircases, custom pavilions, landscape installations, and specialized steel structures based on project requirements. Actual manufacturing methods are determined by material specifications, dimensions, thickness, bending radii, and on-site installation conditions.
Common surface treatments include rust removal, anti-corrosion primers, topcoats, liquid baking finishes, powder coatings, hot-dip galvanizing, and specialized protective coatings. For outdoor, humid, or highly corrosive environments, pre-evaluating the anti-corrosion rating and coating system is highly recommended.
Yes. For curved, custom-shaped, or membrane-supporting steel structures, FIT can perform 100% in-factory pre-assembly based on project requirements. This process verifies component dimensions, bolt holes, angles, curvatures, and joint precision, effectively minimizing on-site installation alignment errors.
The aesthetic appearance and tension performance of a membrane structure depend entirely on the steel framing's curvature, joint positioning, fixing methods, and drainage slopes. Splitting the planning of steel and membrane components often leads to fabric wrinkling, anchoring difficulties, poor edge sealing, or increased on-site modification costs.
F.I.T. Industrial Co., Ltd. provides a fully integrated, turnkey membrane-and-steel solution. By reviewing both systems concurrently during the design phase, we mitigate interface risks and streamline project execution.
If you already have a 3D drawing or architectural design model, it will accelerate the development of detail shop drawings and component breakdown. If you only have conceptual sketches, plan/elevation drawings, or reference photos, FIT can assist with an initial evaluation and generate the necessary 3D models and fabrication drawings based on your requirements.
Curved steel fabrication can be applied to arched pavilions, curved roofs, streamlined entrance statements, custom transit stations, spiral steel staircases, and landscape installations. The feasible range of shapes depends on steel specifications, material thickness, bend radii, component dimensions, and transportation or installation logistics.
Standard steel design focuses primarily on standard components such as beams, columns, platforms, or roof trusses. In contrast, architectural steel design must balance structural performance with complex profiles, curvatures, irregular joints, material combinations, fabrication feasibility, and specialized on-site installation methods.
If the project incorporates membrane structures, the design must concurrently evaluate membrane tension, fixing mechanisms, drainage slopes, and perimeter detailing.