Performance analysis of each system structure in alloy aluminum plate system

We know that the alloy aluminum plate system includes four systems: formwork system, support system, fastening system and accessory system. We learned about the performance of the formwork system earlier, but let's learn about the performance of the other three systems in this paper:

The fastening system is the structural width dimension to keep the formwork formed, and it will not deform during concrete pouring, and the formwork will not expand or explode. The fastening between alloy aluminum templates is connected by pins, and then the steel wedges are put into the pin holes for clamping. The more you knock with a small hammer, the tighter and stronger the connection is, and the aluminum alloy material is not easy to deform. After the templates are tightened, the joints of the plates are still tight and flat. There is no mechanical connection between the wooden templates, and the edges of the boards are easily damaged, so the concrete at the joints will leak slurry and be uneven.

In the aspect of maintaining the structural width, the alloy aluminum plate is pulled by PC sleeve with bolts or steel sheets, and the alloy aluminum template has edges and stiffening ribs, which has strong bending capacity. As long as the bending strength and number of layers of transverse shaped steel T are sufficient, there is no need to add vertical steel ribs. Rectangular steel stare blankly is designed in factory, and its length and weight are easy to operate. One wall should not be connected as much as possible, and if it needs to be connected, the joints should be staggered. The peripheral edge of the alloy aluminum formwork is thick, and the steel flange will not shift when it passes through the bolt. When the opposite bolt is tightened, the generated pressure is evenly transmitted to the rectangular steel flange through a square gasket, and the steel flange presses the peripheral edge. The traditional wooden formwork is easy to bend and deform. It is necessary to make battens on the board and then press the battens with steel pipes. However, the wood deformation is large, the size is wrong, and the contact surface between the steel pipes and the battens is small. If the workers operate carelessly, there will be gaps between the steel pipes and the battens, and the steel pipes will slide down, which will increase the risk of formwork deformation and board explosion. The advantages of aluminum alloy formwork fastening system are that the connection is lighter, the material consumption is smaller and more powerful, and it is easy to check, which reduces the risk of mold explosion due to artificial random operation.

The supporting system plays a supporting role in the construction of concrete structure, and keeps the support of floor, beam bottom and cantilever structure stable. The aluminum alloy formwork support system is also a quick release system, and the number of supports depends on each engineering situation.

The accessory system is the connecting component of the formwork, which not only connects the single formwork into a whole, but also ensures the strength of the joint, such as the shear strength and tensile strength of the pin. The corner connecting member places the joint at a distance of 100nm from the corner line, which ensures the straight angle and corner line of the corner, enhances the rigidity of the corner, prevents the corner from bursting, and is convenient to install. When connecting aluminum alloy plates, the quality can be stable only by the skills and sense of responsibility of workers.

Link-B2B is a professional supplier listing service platform which will provide high quality and trustworthy supplier list to international buyers. If you are looking for alloy aluminum plate suppliers, feel free to visit Link-B2B.com and send a request.