Process principle of aluminum-magnesium-manganese plate material

It is reported that aluminum-magnesium-manganese board belongs to a new energy-saving building material, with strong load-bearing capacity, good thermal insulation, and easy installation, energy saving and environmental protection, suitable for walls, floors, roofs, etc. in trestle bridges and building structures.
Aluminum-magnesium-manganese plate plays an important role in venues, factories, stadiums, exhibition halls and private houses, which can play a role in temperature insulation and noise reduction, especially suitable for large-span steel structure roofs.
The process principle of aluminum-magnesium-manganese roofing material is:
First, BIM technology is used to simulate the roof structure of the building, sort out the number, model and size of the required panels and draw construction drawings, mark the material installation location in detail, and complete the handover with the construction personnel.
Second, the construction process will be applied to the lifting machinery, to carefully check and control the installation spacing, combined with the site layout to arrange the control line, into the installation link.
Third, the aluminum-magnesium-manganese plate and the skeleton should be fixed by three-point welding, first adjust the plate seam and then weld the structure, and then fix the tension ribs between the panels. It should be noted that the welding length should reach six centimeters, the thickness should be about four millimeters, and at least three points should ensure the stability and safety of the structure.
Fourth, polystyrene bar material should be used to fill the gap between the roof panels, and then evenly coated with cement perlite.
It should be noted that the aluminum-magnesium-manganese plate should be kept first horizontal and then vertical in the lifting process, from the principle of low to high, the construction environment should be dry and normal temperature, and waterproof materials can be directly added after the installation of aluminum-magnesium-manganese plate. BIM technology can ensure the rationality and feasibility of structural configuration, so the design stage should be assisted by BIM technology to draw drawings.
Compared with traditional materials, the aluminum-magnesium-manganese plate is light, beautiful and inexpensive, and the steel frame structure inherits the stability and load-bearing of reinforced concrete buildings, so the advantages of aluminum-magnesium-manganese materials are obvious, suitable for various buildings, and the market prospect is broad.

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