As a professional aluminium formwork manufacturer, Geto can offer customized and highly standardized formworks according to different building types and construction difficulties specified by clients, such as real estate companies, developers, commercial construction companies, building contractors, government and municipalities.
Aluminium formwork is mainly used to solve the formwork construction of the cast-in-place concrete structure in housing buildings, offering advantages such as shortening the construction period and eliminating the need for plastering. By using aluminium formwork, it is possible to complete the pouring construction of one floor in 3 to 5 days.
Aluminium formwork is a new generation of construction formwork after timber and steelformwork, Aluminium alloy profile is the main material and it is made into formwork through machining, welding, and other processes, which is suitable for concrete engineering. Aluminium formwork can be assembled freely according to different structures and sizes. its design andapplication is the innovation of formwork technology.
Flat-Tie System
The aluminium wall formwork with the flat tie reinforcement system is free of drilling, with the good vertical casting effectand fewer installation accessories, reducing the installation workload of workers, which is more in line with the use habits of 、workers in different countries.
Tie-Rod System
The forming effect of the tie-rod reinforcement system is very smooth. The tie-rod reinforcement system is more suitable for the refurbishment project with different structures and the project with wall thickness structures larger than 400mm.
GETO prefabricated prefinished volumetric construction (PPVC construction) precast housing molds system ( or MIC modular integrated construction) and its auxiliary products are primarily used to solve the design of integrated whole-house casting molds and the mechanized assembly and disassembly of molds.
This ppvc construction system takes the whole room of a building as a module unit, completes the mold structure prefabrication in the factory, and then transports it to the construction site for assembly, casting and molding the room module. It realizes the whole prefabricated room one-time casting and molding.
GETO Quick-Deck System is catered to construct beam-less and large-area deck structures, such as car porch and podium. Its quick installation and dismantling characteristics are realized by adjusting the height of the adjustable props below its deck formwork. It can realize the fastening installation procedure by manually moving up the adjustable props head to hold up the formwork parts, while dismantling the formwork only requires moving down the adjustable props.
The single sided wall formwork is designed for applications such as subway stations and basement exterior walls, where high waterproofing is required and the use of tie rods for reinforcement is not feasible. This system necessitates the erection of the formwork system on one side only during the pouring of concrete.
Table formwork is a large tool formwork for cast-in-place reinforced concrete floor slabs that can be demoulded and transported as a whole.
The truss-type table formwork made from aluminium and steel integrated material has a moderate weight. The truss-type table formwork of this material has strong bearing capacity, and is suitable for the casting of thicker concrete floors.Meanwhile, as a working platform, it can be easily transferred and demoulded by full piece.
If compared to formwork system of other types, table formwork has larger area in its size, contributing to faster installation and dismantlement speed.Therefore, table formwork is particularly advantageous when it is used to cast beamless floor structure with large bays, large depths, and no column caps.
Compared with the single-layered truss, the structural system of the truss-type table formwork is more stable. Meanwhile, the connection method of the table formwork system is adjustable, which can enable the table formwork to adapt with higher floor casting.
Aluminium formwork for basements mainly addresses the formwork construction of cast-in-place main structures in building foundations. It shortens the construction period, improves the quality of structure forming (no plastering required), and reduces construction projects waste.
In line with the development trend of the construction industry, GETO has successfully launched the tunnel formwork system, which realizes the balance of construction cost, construction efficiency and construction technology by taking into account the factors of construction convenience, comprehensive cost and product turnover rate, and it is also the fastest and most economical way to build high-quality earthquake-resistant condominiums, villas, student dormitories and hotels.
Steel-framed Timber Formwork combines the casting effect of timber formwork with the strength of steel frames. It is a cost-effective alternative to aluminium formwork while achieving the same casting quality.
The new hollow plastic formwork adopts polypropylene resin as the base material, with high strength and small deformation, suitable for use under various conditions.
Customized formwork solutions for bridge in various shapes, sizes and types.
Shaft Steel Formwork Systems including slip formwork for shaft, electric lifting formwork and platform, hydraulic jacking formwork and platform, lifting formwork and platform.
Protection screen is an innovative safety device attached to structures (floors, beams, or walls and lifted using a tower crane or hydraulic system. Specifically designed to fulfill peripheral protection needs for high-rise and super-high-rise buildings.
There are obvious differences between the facade walls of commercial and residential buildings. Residential buildings typically have many facades, demanding protection screens for exterior work, while commercial buildings fewer facades permit work from internal edges.
Therefore, GETO protection screens are categorized into residential protection screens with more platform layers, and commercial building protection screens with fewer platform layers.
