Steel Props VS Aluminum Props

The steel prop is a riser support that can be adjusted arbitrarily within its range and used repeatedly for concrete formwork support. Top, bottom, inner, outer, sleeve, nuts, and pins make up a complete set of steel struts. One person can handle the steel stanchion, which can be quickly assembled in three simple steps. Steel prop are frequently used in scaffolding systems, including buildings, factories, and bridges, due to their straightforward design and ease of assembly and disassembly.

assembly of a steel prop:

1. For attaching to wooden beams or making accessories simple to access, use the head and base plate.

2. Standard scaffolding tubes and couplers can be used for bracing thanks to the inner tube diameter.

3. Threaded segments and slots for fine height adjustment are included in the outer tube. Standard scaffolding tubes can be braced by connecting them to steel strut outer tubes using reduction couplers.

4. Within the steel prop's specified range, the thread on the outer tube can be fine-tuned. For maximum strength, rolled threads keep the pipe wall thickness.

5. When the prop handle is close to the wall, the self-cleaning steel prop nut with a hole at one end can be easily turned. The strut can be changed to a push-pull by adding an additional nut.

The difference between scaffolding steel props and aluminum props

Depending on the material, the load they can support, and the length of their useful life, there are many different types of props. The visibility or coverage of the adjustment threads is another way to classify them.

steel prop

The most popular type of strut is made of metal and can be painted, galvanized, hot-dip, etc. They are categorized based on working height and load capacity. Steel props are corrosion-resistant and have a long service life( they prevent material oxidation). In architectural restoration, they are frequently used as supporting components.

Aluminum prop

While they can be used as freestanding struts, aluminum props are typically "strapped" together to create load-bearing towers with supporting frames because they are lighter and last a shorter time. Additionally, joining them in height is typical. When the load and height range are greater than steel columns, they are used with formwork systems for monolithic buildings and/ or civil works.

The effects of the two props differ from one another. It goes without saying that steel props are less expensive than aluminum ones. The security is better, which is the main point. Large buildings are not appropriate for aluminum prop. Steel props, which have a high degree of stability and bearing capacity, are used in large-scale construction. The term "construction steel prop" refers to the best tool available for construction and the subway.