About Steel Structure
Steel Framing (鋼構): A general term for steel component engineering, commonly used in industrial plants, carports, platforms, canopies, staircases, and custom architectural features.
Steel Structures (鋼結構): A term primarily used in engineering design and structural systems, focusing on load-bearing capacities, span configurations, connection methods, and safety engineering.
Structural Steel Framing (鋼骨結構): Typically refers to the main load-bearing skeletal system of high-rise buildings, factories, or large-scale infrastructure.
In practice, these terms are often used interchangeably, but professional assessments are always required based on the specific application, project scale, span requirements, and site conditions.
Yes. Custom architectural steelwork can be fully tailored for building facades, entrance statements, spiral steel staircases, landscape installations, transit stations, canopies, and specialized structural spaces.
F.I.T. Industrial Co., Ltd. provides comprehensive support based on owner requirements, architectural blueprints, or design concepts—assisting with fabrication feasibility reviews, material recommendations, processing planning, and on-site installation assessments.
To ensure maximum quotation accuracy, please provide the following details:
Project Location
Scope of Work
Design Blueprints or Reference Images
Dimensions, Surface Area, or Height
Estimated Structural Span
Anticipated Construction Timeline
Surface Treatment Requirements
On-Site Rigging and Cranage Conditions
Special Shapes or Site Restrictions
The more complete your data, the faster FIT can evaluate materials, fabrication, welding, transportation, and installation costs for your project.
The construction timeline for a steel structure project varies depending on the scale, complexity of the shape, material lead times, fabrication methods, welding requirements, surface treatments, and site conditions.
Small-scale steel framing—such as canopies, platforms, and staircases—can typically be completed within a short timeframe.
Large-scale factories, transit stations, or complex architectural steelworks require a comprehensive, phased construction schedule.
FIT schedules design, fabrication, welding, transportation, and installation based on the specific conditions of each project to help owners effectively manage their construction timeline.
Prior to installing structural steel framing, it is essential to verify foundation conditions, embedded bolt positioning, rigging and cranage routes, on-site spatial constraints, construction sequencing, and safety protocols.
Failure to confirm these site conditions in advance can disrupt crane operations, component delivery, positioning alignment, and overall construction efficiency.
Therefore, performing precise on-site surveys and thorough logistics planning before installation effectively minimizes construction risks and prevents costly subsequent modifications.
Yes. FIT utilizes advanced 3D software for steel structure modeling, component detailing, connection joint reviews, and detail shop drawings. We convert initial design concepts into precise fabrication drawings optimized for manufacturing, welding, transportation, and on-site installation.
Please provide architectural blueprints, structural drawings, reference images, dimensions, project location, site photos, material requirements, surface treatment specifications, and your anticipated timeline. If complete drawings are not yet available, FIT can assist with an initial evaluation based on your preliminary requirements.
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.