Stainless steel bars are highly resilient, durable and rugged pieces of metal consisting of little or non-corrosive metals. As a result, corrosion-resistant traits are embedded into this steel. This provides the material with a huge advantage versus other construction options; the impervious exhibition to erosion makes it easily workable and effective when utilized in a wide array of extreme environmental settings. What makes this type of steel unique to other metals is what I refer to as the “chromium factor.”
Chromium is the shared metal used to generate this type of steel. It is what enables the metal to work under harsh temperatures and circumstances. It ensures the steel remains intact under physical accounts of highly pressurized situations, effectively manages transporting gases and liquids, and is the ideal option for food processing functions evading contamination. A minimum of chromium is required for it to perform properly, which is 10.5%. Other materials used to construct this heavy-duty steel are nickel, manganese and nitrogen. It is also known to be 100% recyclable due to its ability to be smelted and completed into something else. This is why it is such a desirable metal to work with for numerous commercial and residential projects in the engineering, architectural, business industries and more.
Different Uses of This Metal in Today’s Industries
Some specific examples of these steel bars used in the “real world” are for fasteners in the marine industry, machinery in the dairy processing plants, valves in the automotive industry, lifesaving equipment for emergency rooms, construction of public transportation facilities, creation of street and road work signs and in the fabrication of dentistry equipment.
How is the Steel Made?
The first thing to do is take all the original materials and melt them down under extreme heat conditions for a minimum of 12 hours. Once this is completed, the mixture is then poured into a cast where it takes on a semisolid form before the creation of hot rolling into bars occurs. Next, a meticulous series of hot and cold treatments start. This initiates the age-hardening process of the metal. This requires a close watch and attention to detail of the temperatures for this is what creates the toughness and accuracy of the metal’s traits and steel grade. For instance, a specific temperature ensures the metal becomes more pliable than frail and vice versa.
After these stages are finalized and a descaling of the metal is finished then the cutting operations begin. The cutting process may involve mechanical, laser and/or high pressurized water techniques. Ask a specialist to find out what process was implemented to fulfill your exact order/supply.
The final two steps of the manufacturing process are obtaining the desired surface finish and fabricating the specific shape ordered. The shaping of the metal can be created by heat rolling, pressing, forging and then welding.
The best way to learn about how these steel bars are made is ask a stainless steel manufacturer today.