Inorganic material and manufacturing process for preparing inorganic material reinforcing ribs from inorganic material

Abstract

The invention provides an inorganic material and a manufacturing process for preparing an inorganic material reinforcing rib from the inorganic material. The inorganic material comprises magnesium oxide with a weight of W, a solution prepared from MgSO4, having a baume degree of 30 and having a weight accounting for 85% of the W, a modifier with a weight accounting for 1-1.5% of the W, sawdust with a weight accounting for 10% of the W, glass beads with a density of 700 cm<3> / 1000 g of MgO, and polypropylene fibers with a weight accounting for 1% of the W. The application of the inorganic material reinforcing rib has great market potential and development prospects, the application bottleneck that traditional reinforcing ribs are unchanged for many years is completely broken through, the phenomenon of nail disengaging is thoroughly eliminated, and the awkward situation that nail disengaging is found when a product arrives at a construction site and is unpacked is avoided. Reliable installation and use guarantee is provided for application of anodic aluminum oxide plates, point stress is completely avoided, and overall stress and force transmission of the reinforcing rib are achieved. Production enterprises can change production processes, production efficiency is improved, workers are reduced, and the process is integrated into a flexible production line process for aluminum alloy sheet metal machining to realize automatic production.

Description

technical field [0001] The invention relates to the field of metal building decoration materials, and more specifically refers to an inorganic material and its manufacturing process and application for preparing inorganic material reinforcement ribs. Background technique [0002] Aluminum alloy curtain wall panels and ceiling decorative panels have been used in the market for many years, and have been showing a trend of development. They are widely used in the decoration of public building facilities and functional buildings. Aluminum alloy panels are widely used due to their excellent fire and moisture resistance, mildew and insect resistance, light rigidity, easy processing, environmental protection, and recyclability. In particular, projects such as airports, subways, high-speed rails, and large exhibition halls in my country's rapidly developing transportation field use aluminum alloy plates for decoration. [0003] In the application of aluminum alloy plates, there i...

AI Technical Summary

Problems solved by technology

[0022] These applications bring us some questions: Are the screws welded by studs 100% safe and reliable under these conditions?

[0030] Stud material and quality issues: impurities and quality in the stud material may affect the welding quality;

[0031] Aluminum plate material problem: uneven impurity content in the plate may affect the welding quality;

[0033] Current and voltage problems: unreasonable current and voltage settings will directly affect the welding quality; ground wire problems: poor ground wire contact will affect the welding quality;

[0034] Vertical problem of hand-held welding nail gun: When using a welding nail gun, the verticality is not enough, and the inclination of the stud affects the welding quality;

[0035] The problem of pressing the nail gun: insufficient downward pressure, incomplete melting of the molten pool may affect the welding quality ------

[0036] Stud welding screws are mature and widely used in technology, and many measures have been taken for the phenomenon of "nailing off", such as welding stud testing for each batch of materials. The test items include: knocking, bending, torque, etc. More accurate setting parameters have been obtained, but the phenomenon of "nailing off" still cannot be eliminated, and "nailing off" still happens from time to time

[0037] In the application of reinforcing ribs, there is still a phenomenon that the reinforcing ribs are loose due to poor fixation, which affects the use effect

[0038] For example, the burr in the screw fixing hole of the reinforcing rib may affect the fixing quality of the nut tightening, and the uneven thickness of the gasket will also cause uneven pressure on the nut and affect the effect of the reinforcing rib sticking to the board surface

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