Commercial and industrial architecture can be quite different from residential architecture in many cases. One of the main differences is the use of stainless steel beam products for many commercial and industrial architectural projects. Is not that they have been never used in residential projects they are just less common. Let’s take a closer look at what they are and how they are used.
There are different types of steel beams that are used in architectural projects. Some of the most common shapes are the H-beam, I-beam, and W-beam.
What is stainless steel beam used for
The main advantage of using a beam made from stainless steel is that it is heavily resistant to corrosive environments. This makes them ideal for use in buildings such as chemical plants, factories, raceways, and similar environments where the structure is likely to be exposed to various harsh chemicals and compounds.
Here is a list of where stainless steel beams are commonly used:
- Food processing plants
- Food services buildings
- Pharmaceutical factories
- Chemical plants
Benefits of a Stainless Steel Beam
A stainless steel beam has many benefits thanks to their strength and corrosion resistance. One of their most notable qualities is the fact that they can be sanitized, unlike other more sensitive construction materials. This is due to the fact that they are also highly rust resistant in addition to their corrosion resistant nature. This also makes them very popular for use near the ocean, in areas that experience heavy rains, or in factories that use water for cooling.
Here is a quick list of some of the benefits of stainless steel beams:
- Resistant to corrosion
- Resistant to rust
- Can be sanitized
- Can be sterilized
- Very durable
- Very strong
Stainless Steel Beam Alloys
Stainless steel beams tend to come in various alloys.
Two of the most common are the 304/304L and the 316/316L. Let’s explore the differences.
304/304L – This type of stainless steel is both very durable and low cost, making it a popular choice among architects. It is also prized for its versatility as well. This alloy is commonly used in chemical plants, food processing plants, and other factories.
316/316L – This alloy has a higher corrosion and pitting resistance than 304/304L. This is due to the higher percentages of molybdenum and nickel in it. This alloy is typically used in saltwater and marine areas where extra corrosion resistance is needed.