For decades, engineers have used stainless steel as a construction material because of its enhanced resistance to corrosion.
Almost everyone has heard of stainless steel. More than likely, you’ve used a stainless steel product. However, not as many people know about the benefits of stainless steel or all of its great uses.
For example, stainless steel is a remarkable construction material. The advantages of stainless steel are many in this field.
Accordingly, engineers use stainless steel for a wide variety of applications and projects. However, many contractors and designers bypass stainless steel because it’s more costly compared to other building materials. This circumstance is unfortunate, as stainless steel can provide considerable long-term value.
To learn the top five stainless steel benefits for your next construction project, keep reading.
1. Stainless Steel Minimizes Germs
Among building materials, stainless steel is one of the most hygienic materials available for construction. It can deter the growth of bacteria and pathogens.
Furthermore, it’s easy to keep clean. In most cases, you can polish a stainless steel surface with an all-purpose cleaner quickly.
Manufacturers can also create stainless steel surfaces with antimicrobial properties. To accomplish this task, they polish out the grooves and ridges that are common in the fabrication of stainless steel surfaces. Because stainless steel is hygienic and easy to clean, it’s an ideal building material for structures such as hospitals and commercial kitchens.
2. It Looks Amazing!
Stainless steel is pleasing to the eye. It has an appearance that’s both modern and classic. However, it’s more than beautiful – it’s also functional.
Other building materials can’t compete with the natural aesthetic beauty of stainless steel. This quality explains why so many consumers prefer stainless steel appliances.
3. Stainless Steel Resists Corrosion
Stainless steel is also highly corrosion-resistant. It repels rust, water, and stains. This quality makes it ideal for high and low temperatures as well as temperature extremes.
Manufacturers add chrome to stainless steel during fabrication. The chrome binds with oxygen to create a film on the metal. The film helps stainless steel resists corrosion.
4. It’s Recyclable and Long-Lasting
Manufacturers make a considerable amount of stainless steel materials from recycled content. Also, you can recycle stainless steel once it’s reached the end of its lifecycle.
Stainless steel is remarkably durable. While it’s lightweight, it doesn’t buckle under excessive weight. Among building materials, it’s one of the most resilient metals available.
5. Stainless Steel Is Low Maintenance
The oxygenated chrome layer on stainless steel can heal itself. The chromium oxide film covering the surface of stainless steel creates a protective shell.
If a stainless steel surface somehow becomes scratched, this thin layer will start to heal. This capability doesn’t mean stainless steel can thwart major damage. However, the chromium oxide film covering stainless steel usually enables it to self-heal when small surface scratches occur on the surface.
Manufacturing Stainless Steel
For its durable traits, stainless steel has earned its appropriate name. Manufacturers inject these remarkable properties into stainless steel with a mix of 10% or more of chromium.
During the fabrication process, manufacturers mix the chromium with low carbon steel. This blend of materials is what gives stainless steel its unique features.
Manufacturers can make stainless steel even more resilient by combining it with elements such as nickel, nitrogen, and molybdenum. In total, there are more than 60 grades of stainless steel building materials available.
However, there are five general classes of stainless steel. Manufacturers identify these classes by the elements that they add to the material. These classes include:
Each class possesses a unique set of attributes. The classes of stainless steel have various strengths and weaknesses, depending on their application.
The Benefits of Stainless Steel
Stainless steel with high levels of chromium and nickel resist scaling. It can also retain its strength in extreme temperatures. In some instances, manufacturers may mix low carbon steel with manganese to achieve the same results at a lower cost.
In other instances, manufacturers will add carbon to the mix to increase stainless steel hardness and strength. When subjected to heat, fabricators can hone carbon-infused stainless steel as desired.
It’s important to choose the right class of metal for your operating environment when selecting stainless steel construction material. You must also prioritize strength and durability for your application. Also, you must consider the manufacturing process required for the material to meet your construction needs.
Of course, you’ll also need to consider the preferences of your client. Also, you’ll need to balance material costs with availability.
If you’re wondering about how to use stainless steel in construction, there are more applications for the material than you might think. In addition to using it as a facade material, you can also use stainless steel for architectural components, such as cladding, handrails, and fittings.
It’s also ideal for covering missionary supports. In some instances, stainless steel is also appropriate for use for mechanical springs, fasteners, and wires in building construction.
If you’re wondering where to get stainless steel for these uses, see here for a look at various stainless steel customization options.
Know More, Do More
Now you know more about the benefits of stainless steel, and you have one more tool to add to your design kit.
In a lifetime, you’d never learn everything there is to know about a particular topic. However, you can improve your skills continually by committing to ongoing improvement.
Improvement starts with knowledge. Fortunately, you have a resource for all the knowledge you might need. Keep coming back for more informative news and articles that can help to accelerate your career.