Guangdong Nanbowan Metal Building Materials Co., Ltd.
Artificial Island Port Project of Hong Kong - Macao Bridge
As a professional aluminum panel manufacturer, we supplied customized curved and flat fluorocarbon aluminum panels for this landmark cross-sea terminal, covering the full cycle from design optimization and precision fabrication to on-site technical support.
Our Scope & Expertise
Curved & Special-shaped Panel Customization
Large-radius curved aluminum panels custom-formed to match the elliptical circular roof geometry, adapting to continuous curved surfaces, irregular openings, and transition corners for a seamless visual effect.

Marine-grade Coating & Anti-corrosion
Applied a high-performance fluorocarbon coating to withstand offshore salt-fog corrosion, delivering excellent weather resistance and anti-salt spray, anti-fading, and anti-chalking performance for long-term coastal exposure.

Detail Engineering & Design Optimization
Collaborated with architects to optimize panel split layout, joint structure, drainage, and fixing details, resolving thermal expansion, waterproofing, and wind load risks for the large-span roof.

Precision Fabrication & Quality Control
Strict dimensional inspections of flatness, curved radius, and coating uniformity ensured on-site installation accuracy and a consistent white visual effect across the entire circular roof.
Reliable Technical Support
Professional installation guidance provided to solve panel matching and assembly issues, ensuring smooth facade and roof enclosure works.

Project Highlights
Project: Artificial Island Port, Hong Kong-Zhuhai-Macao Bridge
Product: Curved & flat fluorocarbon aluminum single panels for roof canopy and exterior facade
Core challenge: Large continuous curved surface + offshore salt fog corrosion + high wind load
Our strength: Custom forming, marine-grade fluorocarbon coating, full-cycle engineering support
This project demonstrates our capability to deliver large-scale, complex curved aluminum panel solutions for super infrastructure under extreme marine environments — integrating architectural aesthetics, structural safety, and long-term durability.
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