If you’ve recently toyed with the thought of employing stainless steel in your construction, we give you permission to take a step back and reconsider your decision. Utilizing stainless steel in buildings has a lot of benefits. Because of this substance’s durability, any metal building, bridge, and other structure may last very long. Every construction made of stainless steel is long-lasting. Additionally, steel has easy maintenance than other materials, so you don’t need to clean it as frequently.

Most likely, you have never seen a material with such flexible adaptability. Stainless steel can bend in various ways and doesn’t deform under pressure because of its characteristics. It has high strength and flexibility, which makes it ideal for all types of construction. Here are some suggestions for using steel in your building.

Choosing the appropriate grade

There are numerous plate steel grades available in stainless steel. The two most frequently used grades are 304 and 316, with 316 being the more corrosion-resistant. Speaking to your local steel fabricator about which plat besi will suit your application is always better. 316 stainless steel plates and fasteners are appropriate for employing stainless steel in highly corrosive conditions, such as those less than 5 km from the ocean, to prevent discoloration. Consider the numerous stainless steel finish and thickness variations in grades 304 and 316 for your intended purpose.

Thread lubrication

Engineers of stainless steel fasteners recommend lubricating all threads before assembly to lower the danger of galling, which is when the thread stops up. This is fairly typical with larger threads (M16 and up).

Choosing the appropriate surface treatment for your surroundings

Electropolishing, No. 4, No. 8, and 2B finishes are the most popular stainless steel finishes. Check out online stainless steel finish guides to learn which is best for your upcoming steel project. You can also consult your contractor.

Keeping galvanic corrosion at bay

When subjected to high temperatures, this alloy is prone to corrosion. Chromium oxide, the coating protecting this metal’s surface, degrades in extreme heat, enabling oxygen to contact the metal and causing corrosion. It can rust, whether it’s a metal plate or wire mesh.

Corrosion occurs when two metals that are different from one another come into touch with one another. Lead or copper flashings on a zinc or aluminum roof demonstrate this. When other metals go into contact with stainless steel and the joint is moist, corrosion can be a problem. Reduce this possibility by isolating metals with nylon or rubber barriers, like washers.

Know the source of your steel. 

Finally, you should inquire with your steel plate supplier about the reliability and caliber of their suppliers before using the ferry to transport steel to Nusa Penida. According to its crystal structure, steel is available in four primary grades: ferritic, austenitic, martensitic, and duplex steel alloys. Each alloy has distinct qualities that make them more appropriate for particular purposes.

A few steel grades with a high manganese content and a low nickel content are now available on the market under the 304 and 316-grade designations. Due to their low chromium content, they may not be the best for your environmental conditions, particularly in coastal areas. 

By rehan

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