C-shaped steel sandalwood
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Steel structure, purlin, color plate and accessories
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1
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Purlin
Product accessories
The characteristics of C-section steel: C-section steel is processed by cold bending of hot rolled plate, with thin wall and light weight, excellent section performance and high strength. The C-shaped steel rolled by the forming machine has a smooth surface and high dimensional accuracy, and the material is Q195-345.
product details
1. C-shaped steel
The characteristics of C-section steel: C-section steel is processed by cold bending of hot rolled plate, with thin wall and light weight, excellent section performance and high strength. The C-shaped steel rolled by the forming machine has a smooth surface and high dimensional accuracy, and the material is Q195-345.
Scope of application: C-shaped steel is widely used in purlins and wall beams of steel structure buildings, and can also be combined into lightweight roof trusses. Building components such as brackets can be used for columns, beams and walls in mechanical light industry manufacturing.
Specifications of C-section steel: (100×50×20×2.5)-(300×75×20×3.0)
Because the cold-formed thin-walled steel is formed at room temperature, the material will have a cold-formed effect.
It is suitable for all aspects such as roofing and wall beams of steel structure engineering. When it comes to bracing, it generally refers to the round steel that ties the steel purlin. To put it bluntly, it is the thick steel bar. The section forms of purlins are generally H-shaped steel, C-shaped, Z-shaped, etc., which are used to reduce the span of the roof panel and fix the roof panel.
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Features of Z-shaped steel: In addition to its high strength, steel saving and other excellent properties, Z-shaped steel is particularly convenient and fast to install, and the material is Q195-345.
Large span structure. As the span of the structure increases, the proportion of the self-weight of the structure in the total load is also larger, and the reduction of the self-weight can obtain obvious economic benefits. For large-span structures, the advantages of light-weight steel structures are particularly prominent. The gymnasium in Shanghai, my country, which can accommodate 80,000 people, is an elliptical building with a spatial steel roof structure composed of radial cantilever lattices and circumferential trusses. The long axis is 288.4m, the short axis is 274.4m, and the maximum cantilever span of the roof is 73.5m. The Runyang Yangtze River Bridge was completed and opened to traffic in 2005. The main bridge in Nanhan is a single-hole double-hinged steel box girder suspension bridge with a main span of 1490m, which is currently the first in China and the third in the world.
Steel structures are used in various buildings and engineering structures, and there are many types. According to their connection methods, they can be divided into welded structures, bolted structures and riveted structures. Welded connection is the most important connection method for steel structures at present. Its advantages are simple structure, material saving, easy processing, and automatic operation. But welding can cause structural deformation and generate residual stress.
High strength and light weight. The strength of steel is high and the modulus of elasticity is also high, so the steel structural members are small and light. There are steels of various strength grades. Even the steels with lower strengths generally have a lower density-to-strength ratio than those of concrete and wood. Therefore, under the same stress conditions, the steel structure has a small self-weight and can be made into a larger span. Structure. Because the rod is small, it occupies less space, and is also convenient for transportation and installation.
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