Huaxin Science and Technology Park Bicycle Shed Project
Keywords:Huaxin Science and Technology Park Bicycle Shed Project
Product Details
The steel‑structure bicycle shed project at Huaxin Science and Technology Park is a key, community‑oriented light‑steel‑structure facility designed to centrally store non‑motorized vehicles within the park. It addresses issues such as open‑air parking, haphazardly parked bikes obstructing walkways, and exposure to sun and rain, thereby effectively streamlining the park’s environmental order, enhancing its basic infrastructure, and elevating both overall cleanliness and the level of convenient services provided. This project is a small‑scale outdoor landscape steel‑structure undertaking, characterized by its simple structural design, high degree of prefabrication, short construction timeline, and strong practicality, making it a quintessential example of civil‑use light‑steel‑structure construction.
In light of the project’s open-air installation, relatively low load requirements, and stringent aesthetic demands, the structure employs a lightweight portal frame system combined with cantilevered steel beams. This structural system features a clear load-transfer path, a lightweight overall self‑weight, and excellent stability, while offering robust resistance to wind pressure and deformation, thereby adapting effectively to complex outdoor conditions. At the same time, its clean, well‑proportioned form and crisp lines harmonize with the modern, uncluttered architectural style of the science and technology park, achieving an organic integration of structural safety and visual aesthetics.
The project adheres rigorously to lightweight steel‑structure design codes in selecting materials and implements a tiered configuration for primary and secondary structural components. Core load‑bearing elements—such as shed columns, main steel frames, and cantilevered load‑bearing steel beams—are fabricated from Q355B high‑strength steel, ensuring robust overall structural stiffness and stable load‑carrying capacity. Secondary auxiliary components, including purlins and small connection fittings, are made from Q235B steel, enabling cost‑effective construction while meeting safety requirements and balancing safety with economic efficiency. The project employs an assembly‑based construction approach: all steel members undergo factory‑based pre‑processing—including cutting, welding, straightening, hole‑making, and rust removal and corrosion protection—resulting in high dimensional accuracy and consistent quality.
Customized Steel Solutions
For the needs of different industries, the company provides personalized design and production services:
- **Precision processing capability**: Equipped with CNC operation, automated welding (e.g., two bonded welding technology) and high-precision cutting equipment to support customized processing of complex components.
- **Quality Assurance System**: from raw material procurement to finished products leaving the factory, we implement ISO quality management standards throughout the process, and ensure mechanical properties and dimensional accuracy through third-party testing.
- **Rapid Response Service**: With a professional technical team (covering mechanical design, electrical automation and other fields), we can provide customers with technical advice, installation guidance and after-sales maintenance support.
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