What are the advantages of aluminum magnesium manganese plate steel structure

Through this period of understanding, we believe that we are familiar with aluminum magnesium manganese plate, but these contents are not enough for customers who want to further understand the relevant knowledge of this product. Today, the editor will share his knowledge about aluminum magnesium manganese plate with you
What are the advantages of aluminum magnesium manganese plate steel structure?
1、 Low overall cost
Stable steel supply leads to little price fluctuation. The wall of aluminum magnesium manganese plate steel structure maintains excellent plane. This also means that when you nail it, the wall will not rebound and shrink. Because the material can be cut to the required length in advance, the waste is greatly reduced. In addition, steel edge materials can also be sold, which greatly reduces waste. The basic treatment is simple, suitable for various geological degrees, and the basic part is 50% cheaper than traditional buildings. The reasonable wall thickness makes the user's housing rate about 8% higher than the average of the current buildings. Moreover, due to the rapid construction speed, the capital turnover period is shortened, the capital flow is accelerated, and the cost is reduced accordingly.
2、 The design is very flexible.
The size and thickness of various materials provide a lot of space for designers to consider cost-conscious design and efficiency.
3、 Fast construction.
The aluminum magnesium manganese plate steel profile is produced in batches in the factory, and the skeleton is assembled in the factory and assembled on site. During the normal design time, only one on-site guide and about seven workers can complete the construction of the house skeleton.
4、 Good safety performance.
The dead weight of the aluminum magnesium manganese steel structure is only 1/5 of the traditional brick-concrete structure, which greatly reduces the seismic load and has high safety. In addition, the installation of framework and frame is connected with high-strength screws and bolts imported from all over Japan, which is scientific and fast. At the same time, the structural calculation is carried out for each building, and the foundation and overall structure of the building are designed based on the structural calculation. Structural calculation is the crystallization of American and Japanese experiments and practices, with patent editing rights and Chinese certification.
5、 The thermal insulation system has excellent performance and can save up to 70% of energy compared with ordinary brick-concrete buildings.
The aluminum magnesium manganese plate steel structure adopts external insulation. This method adopts the unique performance of the aluminum magnesium manganese plate steel structure. The skeleton is covered with thin plastic thermal insulation and moisture-proof material from the outside, and then the thermal insulation material. The thermal insulation material contains an air layer outside. The outer air layer is used for the external wall of the building according to the customer's requirements. Various materials can be used for various external wall treatment. The external insulation method does not need to be insulated in the framework, and the internal wall can be directly processed. Insulation and fireproof materials are integrated in Japan, so the material requirements are particularly high. The thermal insulation performance of aluminum magnesium manganese plate steel structure is based on the external insulation principle. The wall has the characteristics of connecting the air layer with the roof to ensure the heat of the bad conductor. The principle is similar to that of the thermos. Therefore, on the basis of not increasing the construction cost, through the treatment of the building structure, the excellent energy-saving and thermal insulation effect has been achieved, and the water shortage caused by dew and insects has been overcome, so that this thermal insulation method will soon be replaced by the internal thermal insulation method, thus ensuring the cold and warm characteristics of the aluminum magnesium manganese plate steel structure in winter.