Aluminum Mold-Green New Building Formwork

Aluminum Formwork

Green New Building Formwork

Aluminium Formwork System

The Aluminium Formwork System is a standardized formwork solution for cast-in-situ concrete structural construction. It mainly consists of wall panels, deck panels, beam panels, staircase panels, supporting systems, and connecting accessories. The system can be used for walls, columns, beams, slabs, staircases, and other structural elements, making it suitable for high-rise buildings, basements, residential towers, and utility tunnels.

Compared with traditional timber formwork, the aluminium formwork system offers higher standardization, faster installation, more reuse cycles, better concrete finish, and more environmentally friendly construction. With proper design detailing and standardized site operation, the system can support fast structural construction, typically achieving a 3–5 day cycle per floor.
Tunnel Formwork

Tunnel Formwork is a large-scale formwork system used for cast-in-situ concrete construction. It is mainly composed of wall formwork, slab formwork, supporting systems, connecting systems, and auxiliary working platforms. The system enables the simultaneous casting of walls and slabs, making it suitable for projects with standardized layouts, regular bay sizes, and repetitive structural units.

GETO offers both Aluminium Tunnel Formwork and Steel Tunnel Formwork. Aluminium tunnel formwork is lightweight, flexible to install, and easy to turn over, while steel tunnel formwork provides higher rigidity, stronger load-bearing capacity, and better resistance to deformation. The system is suitable for high-quality streamlined apartments, villas, student accommodation, hotels, and other standardized residential or public building projects.
Table Formwork

Table Formwork is a large-scale formwork system used for cast-in-situ reinforced concrete slab construction. It is mainly composed of platform panels, supporting frames, legs, moving devices, and connecting accessories. The system can be installed, moved, and reused as an integrated unit, making it suitable for large-span and deep-bay floor slab construction in high-rise buildings.

After concrete casting is completed in one section, the table formwork can be horizontally moved or lifted as a whole to the next construction area. This reduces repeated dismantling and reassembly work, improves formwork turnover, and enhances overall site productivity.
Basement Aluminium Formwork

The Basement Aluminium Formwork System is mainly used for cast-in-situ underground structural construction, including underground car parks, tower basements, basement external walls, podium structures, and other substructure areas. By combining standardized aluminium formwork panels with a reliable support system, it helps improve construction efficiency and concrete forming quality.

Compared with traditional timber formwork, the system offers better integrity, higher rigidity, more reuse cycles, and improved site cleanliness. It can shorten the construction period, reduce later repair and plastering work, minimize construction waste, and enhance the overall image of safe and civilized construction on site.
Single Face Formwork

Single Face Formwork is a formwork supporting system designed for one-sided wall concrete casting. It is widely used in metro stations, basement external walls, hydropower stations, retaining walls, utility tunnels, and other structures where waterproofing requirements are high or through-wall tie rods cannot be used.

The system uses single-sided brackets, aluminium beam formwork, or triangular truss supports to transfer the lateral pressure of fresh concrete to the ground or anchoring foundation. This ensures formwork stability, accurate wall alignment, and high-quality concrete finishing during casting.

Depending on project requirements, the system can be configured as Heavy-Duty Triangular Truss Single Face Formwork, Lightweight Triangular Truss Single Face Formwork, or Aluminium Beam Single Face Supporting Formwork, making it suitable for different wall heights, structural conditions, and site environments.
Early Stripping Deck Panel

The Early Stripping Deck Panel is mainly designed for large-area beamless slab structures, such as car parks, podium buildings, and commercial floor systems. The standard panel size is 1.2m × 1.8m, and the panel can be directly connected with conventional aluminium formwork systems.

With its lightweight aluminium structure, the system allows manual handling, assembly, and dismantling without the need for heavy lifting equipment. Combined with a quick-stripping support head and prop system, it enables faster installation and removal while maintaining reliable support and good concrete finishing quality.
Industrial Early Stripping Formwork System

The Industrial Early Stripping Formwork System is an efficient shoring and formwork solution integrated with aluminium formwork systems. It is mainly used in cast-in-situ frame structures such as basements, elevated floors, industrial plants, cold-chain warehouses, and logistics parks.

By optimizing the support layout and increasing the spacing between props, the system expands the application of aluminium formwork in large-space and large-span structures. It combines early stripping capability, high standardization, repeated use, fast turnover, excellent concrete finish, and environmentally friendly construction.
Adjustable Column Formwork

The Adjustable Column Formwork is made of 63.5-series aluminium formwork panels. With pre-punched holes on the back of the panels and dedicated connecting components, the system can be quickly assembled into an independent rectangular column formwork system. It is designed to accommodate columns with different cross-sectional dimensions without the need for additional clamps or walers, greatly improving on-site installation efficiency.

The system is mainly available in two types: Full-Height Adjustable Column Formwork and Height-Extension Adjustable Column Formwork. Both systems feature high standardization, repeated use, fast turnover, excellent concrete finish, and environmentally friendly construction, making them suitable for various column sizes and project conditions.