Intelligent Forming, Adapts to Your Build
Finebridge Forming System
The challenges in bridge construction vary greatly—factors such as span, construction sequence, complex terrain, and surrounding environment all directly influence the selection of formwork and shoring solutions.
The Finebridge Forming System deeply understands these demands. Building upon the proven Fineshore M60 Shoring System, it employs ingenious modular integration. With the addition of only a few specialized components, it can precisely adapt to diverse cast-in-place scenarios. It is not merely a tool but an integrated strategic choice that ensures efficient project progress, controlled costs, and safe construction.
We strive to address the complex challenges of bridge construction with this system, leveraging an intelligent and flexible formwork solution to help projects achieve safe, efficient, and precise construction, thereby ensuring outstanding engineering quality and cost control.
Jack Wei: Chief Engineer
Replace Wood, Keep Workflow
Finebrige Perforated Beam Forming System
One Beam, Two Roles, Multiple Systems
The Buster Perforated Beam is an innovative product independently developed by Wenma engineers based on our deep understanding of construction technology and manufacturing processes. It functions as both a horizontal formwork joist beam and a vertical formwork secondary beam, and integrates seamlessly into various Wenma formwork systems—enhancing performance across multiple setups with a single component. Centered on the Buster Perforated Beam, the Finebrige Perforated Beam Forming System builds upon the core strengths of the H20 timber beam system while incorporating entirely new, superior performance characteristics, representing a comprehensive evolution of the system.
Made from high-strength steel, it achieves greater load capacity with less material. The surface undergoes a dual-protection treatment of “hot-dip galvanizing + painted coating” , forming a composite protective layer. Even under prolonged exposure to humid environments, it maintains excellent corrosion resistance, with a service life significantly exceeding that of traditional timber beams. It not only overcomes key drawbacks of conventional H20 Timber Beams—such as moisture susceptibility, fragility, short lifespan, and instability due to on-site cutting—but also maintains familiar construction methods, enabling workers to operate efficiently with minimal learning time.
Forged in China’s Landmarks, Supporting Global Infrastructure
Proven on Landmarks, Ready for Your Project
Over the past two decades of rapid economic development in China, a vast number of large-scale bridge and viaduct infrastructures—including those for roads, railways, highways, airports, and approach bridges and viaducts for public transport hubs—have been constructed. The successful completion of many of these bridge projects relied on systematic formwork and shoring systems. The Finebridge Forming System has been deeply involved in the vast majority of these landmark projects, accumulating extensive practical experience.
In recent years, the system has followed the Belt and Road Initiative to go global, providing reliable support for major infrastructure projects worldwide. It is particularly well-suited for bridge and viaduct scenarios involving high structures and heavy loads, such as tall formwork applications, achieving an outstanding balance between safety, efficiency, and economy.
Investment Protection, Seamless Transition
Finebridge H20 Timber Beam Forming System：Compatible with H20 Timber Beams, Unlocking Your Existing Assets
The Finewaler Forming System was designed from the outset with a focus on maximizing the value of our clients’ existing assets. The system’s core load-bearing main Waler is meticulously engineered to be fully compatible with the widely used H20 Timber Beams on the market. This allows for easy configuration into the Finebridge H20 Timber Beam Forming System.
This design allows users to seamlessly integrate their existing, serviceable timber beams directly into this high-efficiency forming system, eliminating the need for costly replacement. It maximizes the value of clients’ current inventory and assets, significantly reducing the initial material investment required to upgrade to a fully steel and aluminum-based, high-productivity table form system. The result is a smooth, cost-effective transition from traditional construction methods to industrialized building processes.
Safety and Compliance are Our First Priority
The Finewaler Forming System is fully aligned with major international standards, including EN, AISC and GB. Every component undergoes end-to-end precision quality control and 100% pre-shipment inspection to ensure exceptional reliability. With a Class A fire rating, our system delivers impeccable on-site safety assurance.
