Annual Production Capacity of 150,000 Tons
Projects Completed In Last 5 Years
International Certification Qualifications
Primary Structural Frame - The "Skeleton"
This system bears and transfers all operational loads (dead, live, wind, snow, seismic, crane).
Materials Utilized: Primarily Grade Q355B steel (equivalent to European S355JR or ASTM A572 Gr. 50). This grade offers an optimal balance of strength, toughness, and weldability, making it the cost-effective choice for portal frames. Critical sections of larger facilities or those supporting crane systems may employ Q420 or higher-strength steel.
Key Components: MainRafters (RoofBeams), MainRafters (RoofBeams), WindColumns
Secondary Framing System - The "Ribs & Ligaments"
This system supports the primary frame and secures the cladding, ensuring overall structural stability.
Materials Utilized: Primarily Grade Q235B steel (equivalent to S235JR or ASTM A36), as load demands are lower. Components are commonly cold-formed purlins and girts (C and Z-shaped), known for their light weight and cost efficiency.
Key Components:Purlins & Girts, Roof Purlins, Wall Girt,Bracing System, Roach & Wall Bracing
Building Envelope System - The "Skin"
This system creates the enclosed space, providing weatherproofing, thermal insulation, and natural lighting.
Materials Utilized:
Profiled Sheeting: Galvanized steel with PE/SMP/PVDF coatings, in concealed-fix standing seam or through-fix trapezoidal profiles.
Insulation: Fiberglass wool with vapor barrier, supported by steel mesh or straps.
Daylighting Panels: FRP panels integrated into roof and walls for natural light.
Key Components: Roof Assembly, Wall Assembly, Accessories
Connections & Auxiliary Systems - The "Joints & Circulatory System"
Connection Methods:
Moment Connections: Beam-to-column joints with extended end-plates and Grade 10.9 HSFG bolts for full moment transfer.
Pinned Connections: For bracing and purlin/girt joints, using Grade 4.6 bolts or clevis pins, allowing rotation.
Base Plate Connections: Usually pinned with anchor bolts; fixed bases used when resisting crane loads.
Key Components: Roof Assembly, Wall Assembly, Accessories
System Tier | Primary Function | Typical Components | Common Materials | Primary Connection Type |
Primary Frame | Load-Bearing & Transfer | Columns, Rafters, Wind Columns | Q355B (H-Sections) | HSFG Bolts (Moment) |
Secondary Framing | Support & Stability | Purlins, Girts, Bracing | Q235B (C/Z-Sections, Rods) | Black Bolts (Pinned) |
Building Envelope | Enclosure & Performance | Cladding, Insulation, FRP Panels | Profiled Steel, Fiberglass | Screws, Cleats |
Auxiliary Systems | Specific Functions | Crane Beams, Gutters, Ladders | Q355B (Beams), PVC/Stainless | Welding, Bolting |
SubstancesMainly carbon structural steel (e.g., Q235) and high-capacity low-alloy steel (e.g., Q355B).
Common ProfilesIncorporate hot-rolled (H-beams, I-beams, U-channels, L-angles, pipes) and cold-shaped forms (C-sections, Z-sections).
Connection MethodWelding, bolts and riveting, among which high-strength bolts have become the preferred connection method for modern steel structures due to their quick installation, reliable force and detachability.
A: Steel structures are ideal for large-scale buildings such as factories, warehouses, commercial buildings, bridges, and sports arenas. They are particularly well-suited for projects requiring large spans and high load-bearing capacities, where steel’s strength and versatility really shine.
A: Steel structure factories Construction offer exceptional corrosion resistance and wind resistance due to the properties of steel. With proper anti-corrosion treatment, the lifespan of these buildings can last for decades or even longer. Additionally, steel is recyclable, contributing to the environmental benefits of steel construction.
A: Absolutely! We offer a variety of steel structure factory Construction design options and can customize the structure, dimensions, and design according to your specific project requirements, ensuring that your needs are fully met.
A: The cost of a steel structure factory Construction depends on several factors, including design complexity, material selection, project location, and construction challenges. We offer transparent pricing and can provide a customized quote based on your requirements and budget.
A: Yes, we have extensive experience in international construction, with completed projects in over 100 countries. We not only provide design and manufacturing of steel structure factories but also offer construction guidance and support abroad to ensure the successful execution of your project.
A: The maintenance frequency of a steel structure building Construction depends on environmental factors such as climate and pollution levels. Typically, a comprehensive inspection and maintenance check should be performed every 5 to 10 years, with a particular focus on ensuring that the anti-corrosion coating is intact.
A: Weight and Materials: Steel structures are lighter and have superior load-bearing capabilities, reducing the strain on foundations. In contrast, concrete structures are heavier and have longer construction timelines. Construction Efficiency: Steel structure factories can be rapidly assembled using prefabricated components, whereas concrete structures require extended curing times. Durability: Steel structures excel in corrosion resistance and seismic performance.
A: All of our steel structures meet both international and national design and construction standards. Through stringent quality control, the use of premium steel materials, and advanced manufacturing processes, we ensure that each steel structure factory adheres to the highest quality standards.
