Everything You Need To Know About Metallic Stainless Steel Bars

There are many reasons why nothing can replace stainless steel bars. Whether cement, wood, or other synthetic fibers, and stainless steel bar’s anti-corrosion properties, durability, strength, and reliability factor remain unsurpassed. Know everything about them in this guide!


Stainless steel bars such as Angle Bar are standard construction and finishing materials and are used for a wide range of structural and aesthetic purposes in all kinds of industries and applications. Among the thousands of latent uses for stainless steel bars, some of the best known include:

Stainless steel bars have a range of very valued properties, but the most crucial of these is the one that gives the alloy its “stainless” name: corrosion resistance. I Beam Size

This is achieved through the alloying process: stainless steel is a metal alloy whose main components are chromium and iron, and to qualify as stainless steel, the metal must contain no less than 10.5% chromium.

Other common ingredients generally present in varying percentages in stainless steel include silicon, carbon, and manganese. Other alloy additions are often introduced during fabrication to achieve specific applications and characteristics of the finished product.

These typically include titanium, molybdenum, nickel, copper, or nitrogen. The total amount of alloying ingredients in the stainless steel finished parts can often be as high as 30%.

Stainless Steel Bar Sizes and Shapes

Stainless steel bars are sold in many different basic shapes and formats, which can be

There are distinctive sizes of stainless steel bars available in the market as applications for the product. While there is likely to be a steel bar made for almost any size or shape of construction, a range of standard or universal sizes tends to be used in a much more comprehensive range of different structures and applications.

Stainless Steel Bar Grades

This is where buying stainless steel bars like Flat Bar can get confusing. The grade of a stainless steel alloy product correctly indicates its proposed purpose or environmental resistance.

This is determined by the specific chemical or elemental composition of the alloy in question, as well as any finishing or treatment processes it has undergone after casting.

As you can probably guess, given the range of choices outlined in this guide, this leaves us with a staggering number of potential grades of stainless steel (over 150, although only about 15 of these are very common in everyday construction use).

The distribution systems stainless steel is designed to provide users with an implication of both the subtype of alloy used as the range of applications for which a product is suitable.