Stage trusses are durable and beautiful

The high-quality stage truss solder joints are actually very fine, the welder rules, the size is accurate, the screws and screw holes are very precise, the truss and the accessories are seamlessly plugged, the solder joints are beautiful, the shape is beautiful, the workmanship is fine, and the surface has metal The same luster, and the tube wall is strong, durable and not easy to damage!

The inferior stage trusses, the welders are not neat, the size is sometimes small, the surface is dull and dull, it has not been treated with acid, and it is earthy gray, and the pipe wall is very thin and cannot bear too heavy objects, and the selection of materials is not standardized, so The manufactured trusses are prone to collapse and are very unsightly

Therefore, as a manufacturer of stage trusses, we not only need to make the appearance novel and elegant, but also the product itself needs to be polished to ensure that the plane of the stage truss is neat, more durable and beautiful!

The use of aluminum alloy trusses in the stage is relatively common in modern society, but it is generally impossible for non-personnel to build a stage with aluminum alloy trusses.

The structure of stage trusses is rarely used in public buildings such as large-span workshops, exhibition halls, gymnasiums and bridges. The lower chord of the stage truss mainly receives the axial force of the straight rods at the corresponding nodes to form a geometrically invariant lattice load-bearing structure, which is located at the lower edge of the truss.

In order to expand the table and increase the entertainment atmosphere, the stage can be stretched out from the main stage and raised to the same plane as the main stage, allowing the performers to have more performance space, close to the audience, and achieve various extraordinary results. When not in use, the stage can be retracted into the main stage to increase the dominating area of the stage.

Its more important significance is that the complex stress state inside the solid web beam under the action of transverse bending is transformed into a simple tensile and compressive stress state in the truss member, which can intuitively understand the distribution and transmission of force, which is convenient for planning changes. and combination. Whether it is bending or shearing, the truss structure can give full play to the strength of the material, so it is suitable for building roof structures of various spans.

Compared with the solid web beam, the truss beam can transmit the shear force to the support slowly by reasonably arranging the web members in terms of shear resistance. In terms of bending resistance, since the tension and compression sections are concentrated at the two ends of the concave and convex, the internal force arm is increased, so that with the same amount of material, a greater bending strength is achieved.

The construction of the stage itself must consider the traffic problems of the participants. Only fast, safe and convenient passages and traffic can attract as many audiences as possible for the show. The construction site of the stage truss should be conducive to the gathering and dispersing of the participants. Only in this way can achieve the effect and safety requirements that the stage builds itself. Since many business events require a large number of participants, we must be able to disperse the crowd in the event of any unforeseen event.