The high-efficiency timber beam wall formwork system is a cutting-edge solution designed for constructing walls and columns with precision and ease. This system is composed of key components, including H20 timber beams, steel walings, and various connecting parts, which are assembled into a complete formwork panel. The flexibility of the system allows panels to be constructed in different widths and heights, depending on the length of the H20 timber beams, with a maximum length of 6.0 meters.
System Components
H20 Timber Beams:
• The backbone of the system, these beams are lightweight yet highly durable, ensuring stability and precision.
• Available in lengths up to 6.0 meters, they provide flexibility for various wall heights and configurations.
Steel Walings:
• Customizable to meet specific project requirements, steel walings are essential for transferring loads and maintaining alignment.
• The longitudinal holes in the steel waling and waling connectors allow for continuously variable tight connections, ensuring both tension and compression forces are effectively managed.
Waling Connectors and Wedge Pins:
• Every waling joint is secured using a waling connector and four wedge pins, ensuring a robust and reliable connection.
Panel Struts (Push-Pull Props):
• These struts are mounted on the steel waling to assist in the erection of formwork panels.
• Their length is selected based on the height of the formwork panels, ensuring optimal support during concrete pouring.
Top Console Bracket and Working Platforms:
• The top console bracket facilitates the installation of working and concreting platforms, which consist of planks, steel pipes, and pipe couplers.
• These platforms provide safe and efficient access for workers during the construction process.
Key Features of the System
The high-efficiency timber beam wall formwork system offers numerous advantages that make it a preferred choice for construction professionals:
• Versatility and Rigidity:
• Suitable for all types of walls and columns, the system ensures high rigidity and stability while maintaining a low overall weight.
• Customizable Formwork Design:
• The spacing of beams and steel walings can be adjusted based on the required concrete pressure, optimizing material usage and reducing waste.
• Compatibility with Various Form Facing Materials:
• The system supports the use of different form facing materials, allowing you to achieve smooth, fair-faced concrete finishes.
• Efficient Preassembly Options:
• Panels can be preassembled off-site or on-site, saving valuable time, reducing costs, and minimizing space requirements.
• Universal Compatibility:
• Designed to integrate seamlessly with most European formwork systems, the system offers universal applicability across a wide range of projects.
Technical Specifications
Component |
Details |
H20 Timber Beams |
- Maximum length: 6.0 meters - Material: High-quality birch wood |
Steel Walings |
- Customizable to suit project requirements - Longitudinal holes for variable connections |
Panel Struts |
- Adjustable length for different panel heights |
Top Console Bracket |
- Supports working and concreting platforms |
Applications
The high-efficiency timber beam wall formwork system is widely used in various construction projects, including:
• Residential and commercial buildings
• Metro and tunnel construction
• Bridges and overpasses
• Nuclear power stations
Its versatility and reliability make it an ideal choice for projects requiring precision, stability, and efficiency.
Conclusion
The high-efficiency timber beam wall formwork system with push-pull props represents a significant advancement in formwork technology. With its customizable design, high rigidity, and compatibility with various form facing materials, it ensures optimal performance and efficiency in concrete construction. Whether you’re working on a high-rise building, a tunnel, or a bridge, this system is a reliable solution for achieving high-quality results.
For more information or to inquire about custom solutions, contact our experts today!
Post time: Mar-18-2025