Affectionately known as stainless steel bar, this type of metal alloy is designed to be corrosion-resistant. Its name comes from one of the components of the alloy: chromium. When the air hits it, chromium reacts to the oxygen present to form a layer of chrome oxide. This thin film helps to provide an extra bit of protection against rusting and staining of the bar.
Generally speaking, stainless bar is often utilised in construction and manufacturing projects, owing to its undiminished strength and fortitude against corrosion. Additionally, stainless bar can be acquired for the manufacturing of medical tools, cutlery, and automotive sections. Moreover, it is used to fashion restaurant fixtures such as countertops and sinks which must endure frequent contact with foodstuff in the food service industry.
When dealing with stainless bar, it’s essential to know that it has a few distinct traits. Firstly, this material won’t respond to magnetic fields, which means it can’t be used with magnets. On top of that, its low electrical conductivity makes it preferable for projects where electrical resistance is highly-valued. Lastly, if put through repeated stress, stainless bar tends to become harder and tougher to work with over time – an effect known as “work hardening”.
No matter the project, stainless bar is the ideal choice due to its longevity and maintenance ease. It can easily resist corrosion and is straightforward to clean, setting it up for a lifetime of efficacy.