Bridge Solutions
GETO’s Bridge Solutions for Infrastructure Formwork & Shoring are designed for pile cap, pier, cap beam, cast-in-situ girder, and precast component construction in bridge projects. The solution provides integrated products and technical services covering formwork design, shoring systems, working platforms, and precast moulds.
The system supports multiple construction stages, including pile cap construction, pier construction, cap beam construction, cast-in-situ bridge construction, and precast component production. Key products include modular steel cofferdams, pier steel formwork, pier climbing formwork, cap beam formwork, cap beam working platforms, Bailey beam supports, ringlock shoring, cantilever brackets, form travellers, arch bridge form travellers, and various precast girder moulds. GETO’s bridge solutions help improve construction efficiency, ensure stable concrete forming quality, and meet the safety, load-bearing, and adaptability requirements of complex bridge projects.
1. Full-Process Bridge Construction Coverage
The product system covers pile caps, piers, cap beams, girders, bridge accessories, and precast components, providing a complete supporting solution for bridge projects.
2. High Structural Strength and Load-Bearing Capacity
Steel formwork and professional shoring systems provide high rigidity and stability, making them suitable for large-volume concrete casting, high-altitude work, cantilever construction, and complex load conditions.
3. Modular Design and Fast Installation
Formwork and shoring components can be modularly designed and prefabricated according to project requirements, reducing on-site fabrication and improving installation efficiency.
4. Adaptable to Complex Site Conditions
The system is suitable for river-crossing bridges, sea-crossing bridges, mountain bridges, viaducts, municipal bridges, low-pile caps, high-pile caps, high piers, cap beams, cantilever girders, and arch bridges.
5. High Reusability
Steel formwork, shoring systems, and precast moulds can be reused multiple times and modified or reconfigured for different projects, helping reduce long-term overall costs.
6. Improved Construction Safety
Working platforms, guardrails, connection systems, and support structures can be integrated to provide safer working conditions for high-altitude, waterfront, and heavy lifting operations.
7. Stable Concrete Finish
High-rigidity steel formwork and accurate joint control help improve concrete surface flatness, alignment accuracy, and dimensional consistency, reducing later repair work.
