Features and advantages of aluminum alloy formwork
Jan 20, 2021
Features and advantages of aluminum alloy formwork
The scale of application is wide. The aluminum alloy formwork is suitable for wall, horizontal floor, stairs, window sills, floating slabs, etc., and it is still useful for secondary structural support such as ring beams, structural columns, and inverted sills. There are few joints, high precision, and the concrete surface works well after the mold is removed. After the aluminum construction formwork is removed, the surface quality of the concrete is flat and bright, which can basically meet the requirements of finishes and fair-faced concrete. There is no need for batching, which saves batching costs. On-site construction waste is small, and the support system is simple. All the accessories of the aluminum formwork system can be reused. After the construction and demolding, there is no waste on site. The supporting system structure is simple and easy to remove, so the entire construction environment is clean and tidy.
The alloy formwork has a short construction period. The aluminum formwork system is a quick-release formwork system. A set of formwork can reach one floor within four days for normal construction, and the assembly line can be opened for construction, which greatly improves the construction progress and saves processing costs.
Long service life and low cost. The turnover times of normal use of aluminum alloy formwork can reach more than 150 times, while the price of aluminum alloy formwork is only 75% of the price of all-steel formwork, and the amortization fee per time is more than 30 less than that of all-steel formwork.
The support is simple, the aluminum alloy template is independently supported, the operation space is large, the personnel pass, the material handling is unblocked, and the site is easy to handle. Good stability and high bearing capacity. The bearing capacity of Dadu's aluminum alloy formwork system can reach 60kn per square meter, which satisfies the requirements of the supporting formwork bearing capacity of Dadu Residential Buildings.
