Brief: Explore what sets this solution apart in an easy-to-follow presentation. This video showcases the installation process of the GW D Large Span Modular Bridge, demonstrating how its steel truss design and prefabricated modular panels come together for rapid assembly of robust, long-span bridges suitable for various permanent and temporary applications.
Related Product Features:
Features a modular steel truss design with steel beam chords and prefabricated panel webs for structural integrity.
Offers single spans ranging from 35m to 91m with standard roadway widths of 4.2m or 7.35m.
Supports heavy loading capacities with design flexibility to meet various international standards.
Enables rapid on-site assembly using pins and bolts, minimizing construction time and labor.
Available with either steel deck or concrete deck options to suit project requirements.
Provides long service life and great stability, suitable for use as a permanent bridge structure.
Features simple structure and convenient transport, ideal for remote or challenging locations.
Surface protection options include paint or hot-dip galvanization for enhanced durability.
FAQs:
What are the typical span and roadway width options for the GW D Modular Bridge?
The GW D Modular Bridge offers single spans from 35m to 91m with standard roadway widths of 4.2m for single lane and 7.35m for double lane configurations.
How quickly can the modular steel bridge be assembled on site?
The bridge features rapid erection capabilities with components prefabricated in the factory and assembled on-site using pins and bolts, significantly reducing construction time compared to traditional bridges.
What types of applications is this modular bridge system suitable for?
This system is versatile and can be used for various applications including beam bridges, arch bridges, pedestrian foot-bridges, rural access bridges, emergency bridges, and permanent fixed bridges in both urban and remote areas.
What are the key advantages of the GW D Modular Bridge compared to traditional bridges?
Key advantages include heavy loading capacity, great stability, long service life, simple structure, rapid erection, easy transport, and the ability to be disassembled and reused when needed.