Process Requirements And Construction Methods For Aluminum Alloy Templates

- May 06, 2019-

Process requirements and construction methods for aluminum alloy formwork Now that the use of aluminum formwork is more and more extensive, do you know how to construct aluminum formwork collectively? Before the aluminum template is put on the scene, the project department should arrange the relevant technical personnel to carry out the construction skills level by level, so that the team leader can understand the aluminum mold construction process.


After the aluminum template is on the scene, check the appearance template number, standard, quantity and spare parts standard and quantity according to the packing list, and use the pen to mark the template number on the reverse side of the template to find and hoist. Through-wall bolts and various connecting bolts should be stored in the warehouse to prevent rust; the angled support screw and wall bolts should be lubricated.


Prepare the materials such as salicylate, vegetable oil release agent, PVC casing and so on. Prepare hammers, small crowbars, eye drills, adjustable wrenches, cutting machines, electric hammers, line pendants, crowbars, cucurbit rigging, climbing ladders and other construction things.


Process measurement and stakeout → installation wall column steel bar (wall column hydropower construction) → device wall column aluminum mold → device beam aluminum mold → device floor aluminum mold → installation beam plate steel bar (beam plate hydroelectric device) → finishing reinforcement view → concrete pouring in On the floor, play the wall column line and the wall column control line, and the hole line.


In the meantime, the wall column control line is 300mm away from the wall edge line. It can check whether the template is biased and squared. The floor elevation control point is marked on the column longitudinal reinforcement, and the corners and corners of the wall column are set to check the elevation of the floor surface. Install wall column steel bars and pre-embedded water and electricity box boxes, line pipes, reserved hole openings, etc., after the completion of the concealed project acceptance procedures.


The application range of aluminum formwork is wider than that of traditional formwork. Traditional formwork is constrained by data or engineering elements, which is often time-consuming and difficult to achieve. The aluminum formwork construction system is suitable for wall, horizontal floor, pillar, beam, staircase, window sill, floating board and other orientations. It is only necessary to provide planning drawings, and the planners can carry out the deep planning of the aluminum formwork to organize production and construction.


The aluminum formwork plan thinks that the aluminum formwork construction is constrained by economic factors, and because the basement structure is cluttered, and the formwork used for the basement is not used after the upper layer, the cost is very high, so it is not suitable for the basement. Aluminum formwork planning also does not advocate the use of aluminum formwork systems for the following situations.


The aluminum formwork is not suitable for high-rise buildings with a standard height exceeding 6m. The high-rise building is too high and is not suitable for quick installation. The aluminum formwork is not suitable for high-rise buildings with few specifications, the specification layer is small, the type of house changes, and the cost is high. The aluminum formwork planning system is convenient and simple to construct, and is suitable for a variety of construction structures, such as walls, slabs, columns, stairs, floating tables, etc. In terms of skills, economy, and efficiency, aluminum formwork has great advantages in construction. .


The aluminum formwork plan is suitable for the construction of high-rise, similar-type construction projects, such as projects with more than 30 floors, townhouses with multiple types of buildings, and multiple buildings of the same type. However, in some structurally messy parts, the use of an aluminum formwork system is not advocated.


The structure of the basement is a little messy, and the planning requires more shaped plates than the standard layers, resulting in the addition of cost and spoiling data. At the same time, regarding the basement, more support and fasteners are added, and more holes are opened. It is not suitable for constructing the structure.


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