The Isabela Basketball Court Tensile Membrane Roofing Project in the Philippines, designed and fabricated by our company, has officially entered the steel structure installation phase. On-site construction is progressing steadily and in an organized manner.
🏗 Steel Structure Installation in Progress
The project site is currently carrying out the erection and lifting of the main steel framework. All structural components were precisely fabricated and numbered in our factory prior to shipment, ensuring accurate and efficient on-site assembly.
With detailed structural engineering and standardized manufacturing processes, the components fit accurately during installation, providing a stable and reliable foundation for the upcoming membrane installation phase. The membrane roofing will be installed after the steel structure is fully erected and inspected.
🌪 Designed for 260 km/h Wind Speed Resistance
Given the Philippines’ frequent exposure to typhoons, the structure was engineered to meet a design wind speed of 260 km/h.
Through comprehensive wind load analysis and reinforced connection detailing, the overall stability and structural safety have been significantly enhanced, ensuring the basketball court canopy maintains reliable performance under extreme weather conditions.
🤝 Close Coordination for Efficient Execution
Throughout the installation process, we have maintained continuous technical communication with the client.
Our engineering team provides real-time guidance on lifting procedures, structural alignment, and key installation details, supporting the local installation team to ensure construction progresses in accordance with approved design specifications and safety standards.
🔧 Precision Manufacturing Demonstrates Engineering Strength
All steel components were manufactured under strict quality control in our facility, minimizing on-site modifications and improving installation efficiency.
Client feedback confirms accurate fit-up and smooth assembly on site, further demonstrating our expertise in tensile membrane structure engineering, typhoon-resistant structural optimization, sports facility roofing design, and international project coordination.
Further updates will be shared as the membrane installation phase begins. Stay tuned for continued progress.
