ACRS Standard Steel Structure Bridge

High strength, light weight

Steel has excellent strength to weight ratio, making lightweight structures have high load-bearing capacity. This reduces the basic cost and allows for large-span design.

Excellent durability and disaster resistance

The anti-corrosion, seismic, and wind resistant designs comply with strict ASME standards, ensuring adaptability to extreme weather conditions, extending service life, and reducing maintenance costs.

Rapid modular structure

The combination of factory prefabrication and on-site welding can shorten construction time by more than 50%, reduce labor costs and on-site risks, and meet the needs of industrial construction.

Environmental protection and sustainable development

Steel is recyclable, generates minimal construction waste, and meets green building certification. Its lifecycle carbon footprint is lower than that of concrete structures.

Flexibility and cost-effectiveness

The adaptable spatial layout is easy to modify and upgrade. Although the initial cost may be slightly higher, shorter construction time and higher availability can bring long-term economic benefits.

Standardization and Quality Assurance

The ACRS specification ensures strict control over welding processes, materials, and inspections, keeping defect rates below the industry average and ensuring internationally recognized safety.

Multifunctional applications

Very suitable for industrial plants, commercial complexes, bridges, and special environments that require heavy loads or high temperature resistance.

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Product Details

Introduce

The production of ACRS standard steel structure buildings that comply with ACRS (Australian Cold Formed Steel Structure Standard) follows a systematic and standardized process, including design, material preparation, manufacturing, quality control, and transportation, to ensure that the final product meets the performance and safety requirements of Australian cold formed steel. The production workflow includes the following key stages:

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Design and engineering preparation: Conduct structural design according to building requirements, calculate loads (including dead loads, live loads, wind loads, seismic loads, etc.) according to AS/NZS 4600 standards to meet ACRS specifications. Use professional software such as AutoCAD, Revit, or Tekla Structures for 3D modeling and structural analysis to ensure the integrity of the design.

Material selection and pretreatment: Select steel that meets AS 1397 or AS/NZS 1163 standards to ensure strength and workability. The steel is precision cut (through laser cutting, plasma cutting, or CNC shearing), then stamped and slotted to meet the connection requirements, with all hole position tolerances controlled within ± 1mm.

Cold forming process: Steel plates are formed into cesarean sections, Z-shaped sections, U-shaped sections, and other profiles through rolling or pressing operations, with strict control of springback to ensure dimensional accuracy in accordance with design specifications.

Welding and assembly (if applicable): The parts to be welded shall be MIG/TIG or resistance welded by AS/NZS 1554 certified welders. Post weld non-destructive testing (such as ultrasonic or X-ray testing) can verify the welding quality. The key connection joints have undergone trial assembly to verify the alignment of bolt holes and assembly accuracy, in order to prevent on-site installation issues.

Surface treatment and anti-corrosion: Components are hot-dip galvanized according to AS/NZS 4680 standard (usually ≥ 80 μ m galvanized layer, Z275 grade) to improve durability. For structures in harsh environments, additional powder coatings or epoxy coatings can be applied.

Quality inspection and testing: Strict inspections are conducted throughout the entire production process, including dimensional verification (to ensure compliance with ACRS tolerances), mechanical performance testing (tensile testing, hardness testing), and the use of specialized gauges to measure the thickness of anti-corrosion coatings.

Packaging and transportation: Approved components are packaged with anti-corrosion measures (such as VCI film or desiccant) to prevent moisture damage during transportation. Customized racks can fix components to prevent deformation and ensure installation upon arrival at the construction site.

The entire production process strictly adheres to ACRS and relevant Australian standards, ensuring that the steel structure has high strength to weight ratio, excellent corrosion resistance, and outstanding seismic performance, making it an ideal choice for residential, commercial, and industrial applications.

Standard Certificate

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Guoshun Group has complete qualifications and adheres to the development philosophy of "providing comprehensive services for industrial environmental protection and energy conservation, and making customers more satisfied". Committed to creating comfortable spaces and improving the ecological environment. We adhere to the cooperation philosophy of not saying "no" to our customers, providing high-quality services to thousands of high-quality customers at home and abroad, and jointly creating a beautiful tomorrow of innovation and renewal!