Excellent load-bearing capacity is needed for large construction projects in factories, warehouses, and even multi-level parking lots. And since steel structures offer that level of strength, their use is becoming common.
In today’s article, we’ll be talking about what steel plate fabrication is and how it’s widely used across almost every industry.
What Is Steel Plate Fabrication?
Steel plate fabrication is the process of cutting and bending flat steel plates into specific shapes. Large steel plates are manipulated using heavy machinery to be modified as per your unique project needs. It’s not a one-size-fits-all process but rather a customized one in which a range of complex parts are developed.
Skilled technicians and cutting-edge technology are needed to deliver accurate, safe products. The process also includes steps such as design, rolling, welding, and cutting.
Techniques Used in Plate Fabrication
Cutting is a common technique that uses lasers, plasma, or water jets (depending on the project). All these techniques can be used to cut through even thick plates and get the desired results.
The other technique is welding, in which plates are joined to form a large structure (or complex shapes). MIG, TIG, and arc welding are used as specified by the project.
To produce cylindrical shapes, steel plates are rolled using hydraulic presses (a technique widely used in pipe manufacturing, as the components there are mostly curved).
For assembly purposes, holes and openings are often needed in steel plates. These holes can be made using punching, drilling, or CNC machining.
Benefits of Steel Plate Fabrication
This process is second to none if you want to get unmatched load-bearing capacity. Common steel plates offer high tensile strength, enabling them to withstand extreme stress and seismic activity without compromising the structure.
These plates can also be easily cut, welded, and drilled into highly customized geometries. Advanced fabrication methods like CNC machining offer extraordinary accuracy (which is required in complex projects). The process is also cost-efficient, as steel’s incredible longevity ensures the material continues to perform for years. You also don’t have to maintain it more often.
Applications of Plate Fabrication
The process is a fundamental part of several industries due to the strength and durability it offers. In the construction industry, fabricated plates are used for components such as beams, supports, and columns. Bridges and towers also get support through the plates.
In the energy sector, pressure vessels and pipelines frequently use steel plate components. Similarly, the plates are also used in building machinery and heavy-duty tools. In the transportation industry, vehicle frames, ship hulls, and railcars are commonly made from steel plates (because these structures require strength). The agriculture industry also benefits from steel plates, as the storage silos, farm equipment, and other fences are made to ensure resilience in outdoor environments.
Bottom Lines
The fabrication process should strictly adhere to industrial standards set by regulatory organizations. This ensures that you get plates that stand the test of time and do their job to perfection.