Light Steel Keel Making Machine

Light Steel Keel Making Machine

A light steel keel making machine is a specialized piece of equipment that is used in the construction industry to produce light steel keels.light steel keel making machine The machine takes flat strips of galvanized steel coil and progressively shapes them into a keel profile, which can be either C-shaped or U-shaped. It can also be designed to incorporate additional elements, such as holes and slots, into the profile.

The process is extremely efficient, allowing for the production of large quantities of metal studs within a short period of time. This greatly reduces the time it takes to construct a building, and helps to cut down on labor costs. Additionally, the machine is designed to work well with CAD systems and automated production workflows, which helps to streamline the entire manufacturing process.

Moreover, the machine is easy to operate and maintain, further decreasing the overall cost of ownership for businesses that rely on it. In addition, it is able to deliver high-quality products that are competitively priced in the market. The machines are also available in different sizes to suit a variety of applications, including residential and commercial buildings.

In order to promote the rational utilization of crop fibers, this study combines rice straw (RS) and husk with magnesium cementitious material to produce an RS-concrete (RSFC). The physical and mechanical properties of RSFC are tested, and the structural performance of a keel wall panel is analyzed. Four different light steel keel structural forms were designed and the thermal performances of the wall panels were compared.

The result shows that the flange height of the inverted type Z section is critical to the thermal performance of the keel wall panel. With the increase in flange height, the influence range of the cold bridge effect of the steel keel decreases. This is because the keel’s flange is non-penetrating, which significantly improves the temperature variation rule of the inner surface of the wall panel. The keel’s influence on the internal temperature field is further diminished with the increase in the opposite offset distance of the steel keel. Therefore, the flange height of the inverted Z section should be greater than 100 mm to improve the thermal performance of the wall panel. The research results can provide a technical means to promote the practical application of RS-LSWP in future. The results also support the development of green housing in rural areas. The technology can help to save energy and reduce the environmental impact of housing in the long run. It can also reduce the cost of building construction and accelerate the economic development in rural areas. The use of a keel structure contributes to eco-friendly construction practices, and the recyclability of steel is another benefit. It is easy to recycle and reuse, further contributing to sustainable building principles. Furthermore, a keel structure can reduce the weight of a building, which in turn lowers the load-bearing requirements. As a result, it is an excellent choice for modern building projects that require durable, low-cost structures.

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