Stainless steel has been discovered more than 120 years, and it has actually been recognized as an essential material for use within a large variety of markets along with for a series of applications, particularly in the construction industry, it is the most ideal material to be used for architectural structures and decorative designs. If you are wondering what are the common uses of stainless steel in construction? you have come to the right place. This article will help you understand its many applications, from cladding and roofing to screens and ceilings.
The reason why stainless steel became the major option of material for construction industry is that it has so many outstanding properties and benefits, such as high strength, rust resistance, recyclability. And for fabricators, architects, and contractors, the most benefit of uses of stainless steel has the excellent workability to be flexibly fabricated, and it can be easily transformed to a huge range of forms and shapes. Additionally, there are various options of surface finishes on stainless steel, they provide users with a wide variety of decoration styles and allow low and easy maintenance.
The Common Uses Of Stainless Steel In Construction
Stainless steel sheets & profiles can be widely used for architectural exterior structures and interior ornamental designs. They are also suitable for making household furniture and appliances. Due to their resistance to rust and corrosion, these materials are easily sterilizable, and they don’t any strong cleaning agents or harmful chemicals to clean the surface. In addition, they are available in a range of surface finishes such as matte finish, mirror finish, hairline finish, sandblasted finish, etc. If you are interested in purchasing colored stainless steel sheets and plates, below are 7 most common uses of stainless steel and examples for your reference:
Stainless steel is a great choice for cladding in construction projects because it is corrosion resistant and has a self-healing quality. Stainless steel is not easily damaged by sunlight and is able to maintain its luster over time. In addition, the cladding material can be easily polished and worked as solid stainless steel does. Stainless steel is the most common choice for use in external facades.
Stainless steel wall cladding is usually made by combining two types of metal: type 304 and type 312, which are both corrosion-resistant. In cladding projects, the first layer is composed of type 304 stainless steel and the second layer is a type 309 Mo filler metal. When joining clad plates under severe corrosive conditions, it is important to carefully control the welding process for the desired composition.
The uses of stainless steel for wall cladding are available in a variety of finishes and are inexpensive. It can be incorporated into both functional and decorative wall panels. Depending on the intended use, people choose the type of stainless steel they need. Some types of stainless steel wall cladding are made for contemporary-style houses, while others are made for more traditional styles. Stainless steel wall cladding can be a great choice for modern styled houses. And, it’s also highly recyclable, which is important if you are looking for an environmentally friendly product.
Stainless Steel For Roofing
Stainless steel is produced by melting metals in a large electric furnace and forming them into thin sheets. The alloys are then rolled to form a sheet. The thickness of stainless steel roofing sheets is typically 0.4mm, allowing them to be lighter. The steel is also work-hardened. This process results in a more durable and corrosion-resistant sheet material. Because the process of making stainless steel is so expensive, there are a limited number of manufacturers offering a variety of finished products to the roofing industry.
The benefits of stainless steel for roofing are numerous. Not only is it suitable for any style of roof, but it also allows for architectural design and complex shapes. It also combines well with other materials. Moreover, stainless steel offers excellent heat reflecting properties. Further, the materials are available in continuous lengths up to 20m. Furthermore, stainless steel is available on-site mills, which makes it easier to work with, and they offer a warranty.
The first major use of stainless steel in architecture was on the Chrysler Building, which featured an art deco sunburst roof profile and spire. Three years prior to the Chrysler Building’s completion, the Nirosta alloy had been introduced in the United States and was similar to today’s 304 but less alloyed. Today, most stainless steel is a combination of nickel and chromium, with the latter being a higher alloy than the former.
Stainless Steel For Ceiling
Stainless steel for ceiling in construction has many benefits. Its strong surface and resistance to wear and scratching are unmatched by any other material. These materials also provide superior fire resistance than normal structural steel. You can use these metals in roof gardens. In addition, you can use them in roofs as they are highly corrosion-resistant. They are also used for roofing in hospitals and other institutions. In addition, they are eco-friendly.
Stainless steel panels are highly durable and flexible, which means you can have different styles and designs for your ceiling. Its durability prevents sagging and bowing ceilings, while its flexibility allows you to create new shapes and designs. Unlike ceiling tiles, metal panels also prevent damage from moisture and staining. Moreover, they resist damage caused by leaks and crumbling. Metal ceilings also allow you to create a distinctive design for your interior.
Another major advantage of stainless steel is that it is recyclable. It is a 100% recyclable material and weighs one-third to four-thousandth the weight of concrete. Besides, it requires less upkeep than other materials. It is corrosion-resistant, and the appearance complements the surroundings. This material is the ideal choice for any construction project. These benefits make stainless steel an extremely attractive choice for ceiling applications. You’ll find many uses for this material in construction, from kitchens to bathrooms and even commercial settings.
Stainless Steel For screen in construction is a widely used product for a variety of applications. This durable and corrosion-resistant material is available in various opening hole counts and diameters. A typical screen has a 12-by-12-hole count, and the metal's rust-resistant properties make it a good choice for a wide variety of construction needs. Type 304 stainless steel is a popular choice for screens, and it exhibits an attractive combination of availability, economy, and durability.
Laser cut stainless steel screen has many uses, including farm fencing, garden privacy screens, cabinetry accents, and lighting features. A decorative metal screen is also used for windows and doors. The screen is the preferred choice for jobs requiring superior durability and is usually resistance-welded to prevent rust. It can be used to screen windows, doors, and foundations. TBK Metal offers a variety of custom fabrication options to meet your specifications.
Stainless Steel For railing in construction is a vital part of any building. The design of a railing system can be critical to the aesthetic value and safety of a building, but many construction project managers overlook this element, resulting in added costs. Prefabricated stainless steel railing systems are a great way to avoid these problems. TBK Metal, a supplier of prefabricated stainless steel railings, sponsors continuing education programs to educate builders and architects about the benefits of stainless steel.
Stainless steel is one of the strongest railing materials available, and it is also the most durable. Tensile strength is the force applied per unit area, and the SI unit is “Pascal”. A multiple of pa is referred to as “Megapascal”. Stainless steel railing is over three times stronger than aluminum, enabling its top rails and posts to be slimmer. This also makes them more appealing for a variety of designs, including minimalist and contemporary styles.
Stainless Steel For Grating
Stainless steel has a reputation for dependability and resiliency in adverse environments. It can maintain functionality under adverse conditions and is highly resistant to abrasion, impact, heat, and fire. Though well-managed organisations take all precautions to avoid accidents, unavoidable circumstances may result in unexpected emergency situations. Stainless steel grating can withstand these elements and maintain its structure and integrity.
Stainless steel is highly resistant to rust, water, and corrosion. A protective film covers the metal and prevents it from reacting with organic materials. The material is also recyclable. Though stainless steel is extremely durable, it is costly and not appropriate for many applications. It may also be susceptible to heat and will raise ambient temperatures. Therefore, it is important to choose a material that will withstand the application in question.
As steel is one of the most recyclable materials on earth, it can be recycled indefinitely. In fact, it has a 90% global recycling rate. However, the high energy required to melt down and re-fabricate it can cause environmental harm in the long run. Steel grates are a prime target for theft. For this reason, it is vital to purchase stainless steel grating. This material will last for years, preventing you from having to replace it often.
Stainless Steel For Bollard
Stainless Steel For Bollard is a contemporary material that gives a clean and sleek look to your security perimeter. Unlike standard steel bollards, stainless steel is highly resistant to corrosion and other weather conditions. Stainless steel bollards are available in powder coated finishes and have four colored reflector stripes for increased visibility. Stainless steel bollards are great for protecting your perimeter from damage or injury caused by vehicles.
Stainless Steel Bollards come in a variety of heights and designs. The height and diameter can be customized according to specified requirements. In addition to the options of metallic surface finishes, steel bollards can be powder coated or PVDF coated color. When installed correctly, they can protect against vandalism, theft, and other threats. Stainless steel bollards can even serve as decorative elements.
The Properties Of Architectural Stainless Steel
If you’re planning to buy an architectural stainless steel piece for your project, you should know a few things about this material. This low carbon steel is highly durable, hygienic, and recyclable. It is ideal for uses of stainless steel for constructions and decorative applications. Below are the properties of architectural stainless steel:
The properties of stainless steel make it a very versatile material. It is also a non-biodegradable material, meaning it does not break down into soil or water reservoirs. Another advantage of stainless steel is that it is easy to machinate. It can be bent, engraved or even tinted for effect. These qualities make it an excellent material for a wide variety of construction projects.
Many grades are available for the uses of stainless steel in construction, each with a different range of properties. Stainless steel that is used in marine environments requires an alloy that is resistant to chloride, but many alloys have poor corrosion resistance in seawater. The most corrosion-resistant stainless steels are those that contain high levels of nickel, chromium, or molybdenum. Regardless of what type of environment, the properties for uses of stainless steel are crucial to the construction of buildings and infrastructure.
Stainless steel is durable, easy to maintain, and has a bright surface. Modern steel-making techniques enable the flexible fabrication of stainless steel. Its high tensile strength allows stainless steel to be used in thinner-than-traditional steel. It can also be easily cut, and it is as easy to weld as other materials. The duplex grades are especially good for structural applications that require low-temperature toughness, like those in cryogenic environments.