GETO integrated aluminium formwork system uses 6061-T6 alloy for 150-300 reuse cycles. Achieve 3-5 day floor cycle with monolithic pouring. Fair-faced finish, no plastering. Singapore BCA Band-2, CIDB, ISO, carbon verified. BIM + QR/PDA + VR inspection. Tie-rod & flat-tie systems. One-stop engineering solution.
GETO aluminium formwork for basement engineering. Monolithic pouring eliminates cold joints and water leakage. Single-side wall framework for restricted spaces. 6061-T6 alloy, 25-27 kg/m² for manual handling. GT-MS digital ecosystem: Industrial 3D design, QR/PDA tracking, VR inspection. 150-300 reuse cycles, 30-50 trees saved per 10,000 m². Singapore BCA Band-2 certified. From basement to super high-rise seamlessly.
Ringlock scaffolding from GETO: Q355/Q235 steel, 48mm/60mm series, hot-dip galvanized. Features rosette self-locking pin design for quick assembly. Suitable for bridges, tunnels, municipal engineering.
What are aluminium beams for shuttering? How do they compare to timber and steel? GETO answers the top 10 FAQs, covering materials, cost savings, reuse rates, and construction speed.
Shoring scaffolding supports wet concrete and prevents collapse. Climbing scaffolding provides perimeter protection for high-rise construction. GETO breaks down the differences.
Successful Conclusion | Strengthening Global Presence and Advancing Win-Win Partnerships
By employing a technical solution that enables the "integrated casting of walls and slabs," the Tunnel Formwork System achieves a dual leap forward in both construction speed and seismic resistance.
Sharing Global Opportunities
As an intelligent formwork system capable of "climbing upward" autonomously—without the aid of tower cranes—hydraulic climbing formwork has become a standard requirement for projects involving super-high-rise buildings, bridge pylons, and similar structures. If you are curious to know how this massive apparatus steadily ascends hundreds of meters into the sky, or if you are currently seeking the most efficient formwork solution for your own project, this article will provide an in-depth breakdown of the operating principles, core advantages, and future trends of fully automatic hydraulic climbing formwork systems.
