Sikla framo, or siFramo, is used as a secondary steel system that provides greater support and strength than metal framing systems while remaining flexible and adjustable, unlike traditional welded structural steel systems. The following video explains these benefits further in-depth.
SIKLA Modular Steel Systems Applications Video
SIKLA Video Transcript
Framo 80 is an innovative modular secondary steel system that has been designed with labor and cost savings in mind. The system can be used to construct access walkways and stairs, pipe supports, tank stands, cable containment supports, equipment stillage, and substitute conventional welded secondary steel in many other applications.
The 80 by 80 box section is formed from 350 grade high quality steel. Due to the nature of the box section, it performs equally in torsional performance, which makes it an extremely versatile member.
Some of the benefits of Framo 80 include a fully engineered system, comprehensive design and engineering support services, and no requirement for hot works. All components are hot dip galvanized vibration proof connections with light member weights, which eliminates the need for cranes in most applications.
It is a basic system with a minimal number of components, and assembly is highly user friendly. Quick and easy to install. Sikla USA has an extensive range of components which complement the Framo system.
What is Structural Steel?
Structural steel refers to a category of steel used in construction for creating load-bearing structures such as buildings, bridges, towers, and other large-scale infrastructure projects. It is characterized by its high strength, durability, and ability to withstand heavy loads and external forces. Other key properties of structural steel include ductility, weldability, and versatility. Structural steel can deform without fracturing under stress, allowing it to absorb energy from impacts or seismic activity. Structural steel can also be easily welded, enabling the fabrication of complex structures and connections.
Common types of structural steel include:
- Mild steel: Also known as low carbon steel, it is the most commonly used type of structural steel due to its affordability and ease of fabrication.
- High-strength low-alloy (HSLA) steel: This type of steel offers higher strength compared to mild steel while maintaining good weldability and formability.
- Carbon steel: Carbon steel contains higher levels of carbon than mild steel, providing increased strength but reduced ductility.
- Alloy steel: Alloy steel contains additional alloying elements such as chromium, nickel, or manganese to enhance specific properties like strength, hardness, or corrosion resistance.
What is secondary Steel?
Secondary steel refers to steel products that are not primary structural components, but are used in supporting roles or ancillary applications within a structure. Unlike structural steel, which forms the primary load-bearing framework, secondary steel serves various supplementary functions and may not be directly involved in supporting significant loads or providing structural integrity. Some examples of secondary steel components include:
- Studs and Joists: These are used in framing for non-load-bearing walls, partitions, and ceilings within buildings.
- Purlins and Girts: These are secondary horizontal structural members used to support roof or wall panels in metal buildings or steel-framed structures.
- Lintels: Lintels are secondary structural elements placed over openings such as doors and windows to support the load above them.
- Rails and Handrails: Rails are used for guiding or supporting objects, while handrails provide safety and support for people on stairs, walkways, or platforms.
- Bracing and Tie Rods: Secondary steel elements used for providing stability, bracing, and resisting lateral loads in structures.
- Grating and Walkways: Steel grating and walkway systems provide safe access for maintenance, inspection, or pedestrian traffic in industrial facilities or elevated platforms.
Secondary steel plays a crucial role in completing the overall structure and ensuring its functionality, safety, and durability. While it may not be as prominently featured as primary structural steel, it is essential for supporting non-structural elements, providing architectural features, and facilitating the efficient operation of buildings and infrastructure.
What is a Steel Structure?
A steel structure is a type of construction in which steel beams, columns, and other steel components are used as the primary structural elements to support loads and provide stability to buildings, bridges, towers, and various other types of structures. Steel structures are known for their strength, durability, and versatility, making them a popular choice for a wide range of construction projects.
More About Sikla Modular Structural Framing
Sikla Framo (siFramo) is a fully modular and adjustable system of beams and fittings that offers structural support without any of the hassle of fabricated steel. It’s also the backbone of our Modular Mechanical Support Systems!
Building with siFramo components drastically improves installation times since there is no need for welding, hole-drilling, cutting, grinding, or painting, and all components attach with a single piece of hardware.
Sikla Framo (siFramo) Key Benefits
- Fully Modular System with the Strength of Fabricated Steel
- Installs Much Faster than Fabricated Steel
- All Connections Made with One-Size-Fits-All Thread Forming Screw
- Hot Dip Galvanized for Superior Corrosion Resistance
- Integrates with Other Metal Framing Systems, including Unistrut
For more details on benefits and information, visit the link below!
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