Building Construction Archives

Why Is Steel The Backbone Of Modern Construction?

August 25, 2023

In the realm of modern construction, one material stands tall as the true backbone of the industry – steel. With its exceptional strength, versatility, and durability, steel has revolutionised the way we build structures. From towering skyscrapers to intricate bridges, steel has become the go-to choice for architects, engineers, steel dealers, and constructors alike. However, this blog will explore some reasons why steel has earned this coveted position and its significance in modern construction practices.

Strength And Durability:

Steel is one such construction material that stands out till now due to its extreme strength and durability which withstands against the time. With its supreme load-bearing capability and resiliency, steel structure can withstand harsh weather conditions such as snowfall, and seismic activities. This attribute is crucial for the safety and longevity of any building.

Versatility In Design:

Steel’s remarkable malleability and ductility make it an architect’s dream come true. It can be shaped, moulded, and formed into a myriad of intricate designs, allowing for greater creativity and innovation in construction projects. The limitations of traditional building materials no longer bind architects, as steel allows them to push the boundaries of design to create iconic and breathtaking structures.

Structural Integrity In Tall Buildings:

The race towards the sky in urban centres has led to the proliferation of skyscrapers. Steel’s high strength-to-weight ratio plays a pivotal role in these towering structures. The material’s lightweight nature reduces the overall load on the foundation, while its exceptional strength ensures the building’s stability. This combination is particularly important in earthquake-prone regions, where flexibility and resilience are paramount.

Role In Sustainable Construction:

In an era where sustainability is at the forefront of construction practices, steel emerges as a champion. The best part of using steel is they are 100% recyclable by retaining its quality. Hence, this benefits the environment from reducing construction wastes and contributing to more sustainable construction approaches.

Reliable Supply Chain:

Behind every successful construction project lies a reliable network of steel suppliers and dealers. Bharat Steel, one of the MS Steel Suppliers in Chennai has been instrumental in meeting the demands of the industry. We provide high-quality products, such as MS plates and SAIL TMT bars, to meet the stringent construction standards.

Competitive Pricing & Affordability:

The cost-effectiveness of steel further solidifies its position as the backbone of modern construction. Steel’s long lifespan, reduced maintenance requirements, and lower labour costs due to easier and faster installation make it a financially prudent choice. Moreover, the availability of options like MS chequered plates and SAIL steel at competitive prices ensures that construction projects remain within budget without compromising on quality.

As we look at the landscape of modern construction, it’s evident that steel has earned its reputation as the backbone of the industry for compelling reasons. Its unparalleled strength, versatility, sustainability, and affordability have transformed how we build, enabling us to construct safer, more innovative, and environmentally conscious structures. Bharat Steel, one of the best JSW dealers, fulfils the industry’s demands for a promising future built on strength and innovation.

Design Flexibility in PEB Structures

August 2, 2023

Pre-Engineered Buildings (PEB) have revolutionised the construction industry with numerous advantages, including cost-efficiency and quick construction. Steel Dealers say that one key factor that sets PEB structures apart is their design flexibility. Unlike traditional construction methods, PEB buildings offer unparalleled adaptability, allowing architects and engineers to tailor structures to meet unique requirements. In this article, we will explore the concept of design flexibility in PEB structures and how it enables the creation of customised buildings for diverse applications.

Understanding Design Flexibility in PEB Structures

Design flexibility in PEB structures refers to customising building designs based on specific needs and preferences. PEB systems consist of pre-engineered components manufactured off-site and assembled on-site. Steel Dealers in Chennai believe that these components, such as steel frames, wall panels, and roofing systems, can be easily modified, resized, or reconfigured to accommodate various architectural and functional requirements. This adaptability allows architects and engineers to create buildings that meet clients’ needs and optimise space utilisation, aesthetics, and functionality.

Tailoring PEB Structures to Unique Architectural Demands

PEB structures offer various architectural possibilities. With the help of advanced computer-aided design (CAD) software, architects can translate their creative visions into reality. The design flexibility of PEB allows for diverse building shapes, sizes, and styles, including curved roofs, mezzanine floors, large spans, and complex geometries. Whether it’s a warehouse, factory, commercial building, or sports facility, PEB systems can be customised to suit the architectural demands of the project, ensuring a unique and visually appealing structure.

Functional Customisation for Specific Applications

Beyond aesthetics, PEB structures can be tailored to meet specific functional requirements. This level of customisation is precious for specialised applications such as aircraft hangars, automotive showrooms, cold storage facilities, or data centres. The design flexibility of PEB allows for incorporating features like crane systems, mezzanine floors, ventilation systems, insulation, fire-resistant coatings, and more. These functional customisations ensure that the building is optimised for its intended purpose, providing occupants efficiency, safety, and convenience.

Adapting to Changing Needs and Future Expansion

Another advantage of design flexibility in PEB structures is adapting to changing needs and accommodating future expansion. PEB components can be easily disassembled, relocated, or modified without compromising the structural integrity. This flexibility allows businesses to modify their facilities as their operations evolve or expand. Whether adding extra floor space, integrating new equipment, or creating partitioned areas, PEB structures can be modified and expanded with relative ease, reducing downtime and minimising costs compared to traditional construction methods.

Design flexibility is a key attribute that distinguishes PEB structures from conventional construction. JSW dealers say the ability to tailor buildings to unique needs and preferences ensures that PEB projects are functional, efficient, and visually appealing. Whether it’s architectural customisation, functional adaptations, or future expansion, PEB structures offer an unmatched level of flexibility, making them an ideal choice for various applications.

Overview of Types of Steel Buildings in Construction

January 23, 2023

Steel has evolved to become an essential component of the construction sector and it is impossible to picture it without each other. Steel reinforcement is extremely important in building construction due to its ability to bind well with concrete. The strong demand for steel cannot be questioned given the population’s expanding needs and desires, skyscrapers being built everywhere, and the prospective growth of the cheap housing sector. From light gauge, MS chequered plate, carbon steel, alloy steel and many more, there are various kinds of steel used in constructing buildings. Aside from the type of steel, there are also types of structures. In this blog, we shall take a closer look at the different types of steel buildings that are popularly used.

Types of steel buildings

Light Gauge Steel Buildings

In theory, wood-framed buildings and construction using light gauge steel are quite similar. The steel sections utilised in this project are what are known as “cold-formed sections,” which means that they are formed and put into their structure at room temperature. In order to create a C or S-shaped section, thin sheets of steel are guided through a sequence of rollers, each of which modifies the shape just slightly.

In order to create a load-bearing wall, a frame made of steel components must first be built. Dry sheeting is then applied to both sides of the frame. Steel construction is based on the platform frame method used in building houses. Self-tapping and self-drilling bolts are used to connect pieces. They are lightweight and enable speedy construction without using bulky tools or equipment. SAIL TMT bar is a popular steel used for this kind of structure. Compared to wood frame construction, its higher strength allows for larger spacing between components.

Open Web Truss Buildings

An Open web truss steel building can be the best option for you if you’re seeking a structure that’s ideal for any large-scale construction. The ceilings of these steel building models depart from the norm since they are secured by trusses rather than beams, which are web-like structures made of steel triangles. It can hold greater weight than a conventional roof beam since these constructions make sure the weight is uniformly distributed. Open web truss steel buildings are distinctive in that they cost less than other metal building kits with comparable features. This is due to the fact that the open web truss form provides high rigidity while using minimal materials, which is essential in the current world. Steel’s triangular design also allows for weight dispersion, which lowers building costs.

Rigid Frame Steel Buildings

An open web truss steel building is similar to a rigid frame steel building in terms of strength and design. But compared to metal buildings with trusses, these building models can be constructed in sizes that are far greater. They are, therefore, an excellent choice for industrial, commercial, and retail purposes. For large corporations, the rigid frame design is ideal since it provides a more free area without obstruction from support posts. It is commonly known as clear-span space. Clear-span prefabricated metal buildings are great for commercial and industrial use because they provide more open space and usable area. You would have extra room to store equipment, exhibit goods, and provide your services.

You might not be certain which metal building setup is best for you. We provide a wide range of steel varieties and are popularly known for being the best MS steel suppliers in Chennai. At Bharatsteel, our metal building experts are prepared to assist you with any concerns you may have and to walk you through each step of the process, from the initial design stage to the actual installation. Our steel dealers in Chennaihave received extensive training and are fully knowledgeable about designing the best and most suitable building for you.

Why Does Construction Need Steel?

April 7, 2022

Steel is one of the most familiar materials which is used for construction. This is used to make cost effective buildings. Steel is an adaptable, magnificent and a long running material with a huge strength. Also steel can be used as an alternate material on buildings to make it sustainable. Steel is not only used for constructions like residentials and commercial properties but also used for our day today amenities like vehicles, furniture etc. Visit Bharat steel suppliers in Chennai to get sufficient steels for your buildings. So here are some reasons to indicate why steel is used in constructions.

Steel in construction

Steel gives complete rights to designers. Steel has the feature of tolerance, mouldable and resistance so it allows the constructors to develop the building innovatively. Also steel has the ability to be flexible over a certain radius and also it curves to some extension which gives a benefit of perfect finishings.

Steel can be put together quickly and efficiently so it minimises the time of construction upto 40% in moulding the steel into the expected shape. Steel can handle extreme loads and pressure like earthquakes. Due to its flexibility it will not break or crack, it can handle the loads and it supports the building. Steel can radiate the heat easily so in summer times it gives a cool environment and also it holds the heat inside the walls. Steels can be recycled and reused. It is not the item which gets wasted, it can be melted and circulated to other constructions. Steel is the fire protection material so it will not get damaged in the fire.

Steel can create a large space by minimising the columns so the building looks elegant as well as its cost-effective. Reach out to Bharat steel suppliers for a good quality and affordable steels.

Types of steel used in construction

Steel made up of iron and carbon. There are 3500 grades in steel, each has its own physical environment that is combined of carbon and alloys inside. Each steel has a different carbon level from 0 to 1.5. So based on this there are 4 categories of steel they are:

Stainless steel

This type of steel is used for making household amenities, equipments. This is extremely strong and has a higher duration. This steel can be customised according to your needs. Based on the structure this steel is divided into three groups which is austenitic, ferritic, and martensitic.

Carbon steel

This type of steel looks dull and a matte black colour. In this steel, along with carbon there are elements like copper ,silicon, and manganese included. This steel is divided into three categories which is High, low and medium carbon steel. This varies according to the level of elements.

Alloy steel

This type of steel is used in mechanical based items like vehicle parts, pipes etc. This is made up of several elements which have different proportions in components.

Tool steel

This type of steel is used to make drilling and cutting tools. This is made up of molybdenum and vanadium. This steel is a heat resistant one. This is mostly used for hardening, stamping, and shearing.

3 Important Reasons To Use Steel In Constructions

March 24, 2022

Steel is one such material which can be recycled even after using in the construction. Hence, it can be considered as a part of green construction. According to the World Steel Association the construction industry is one of the largest consumers of steel alloy. It is also seen that half of the steel production is used for construction of modern steel landscapes. Nowadays, the construction is dependent on steel comparatively to wood or any other materials. The steel dealers in Chennai use steel not only for construction and infrastructure but for all the equipment and machines which are used by various industries. Therefore, in this post, let us see the 3 important reasons to use steel in constructions.

Importance of steel

Steel is one of the most important components in construction so the supplier of steel faces deadlines due to the time period of delivery. Hence constructors have to pre order as soon as possible once the plan gets approved. Below are some of the factors to consider that steel is important in construction.

Reprocess

Steel has become the most preferred material for construction because it doesn’t need to be discarded, it can be recycled and reused. Hence the green construction rate has been increased, so old or temporary construction steel can be reused for new constructions. This can cut down the cost of getting new materials because we can use the existing materials which can be reused. The MS chequered plate which is used for flooring is one of the popular steel products which can be reprocessed for future purposes.

Strength

Steel has high strength which gives excellent durability to the construction. So only steel is used in the building to support the system and construction materials. The tensile strength of the steel ranges from 45,000 to 90,000 psi. It also gives a strong physical impact and keeps the building safe. In modern construction, steel is used for extra strength and can be engaged through designs due to their extreme strength and less wastage than any other materials.

Cost

Construction should be very efficient in order to cut down the maintenance and component costs in the future. It is because steel will be more consistent compared to the price of concrete. The repairing or reconstructing makes the steel cheaper when compared to other building materials. So the huge amount of steel can be reused for the new construction to make up for a drastic change in cost.

As we discussed earlier, steel is a reusable product so it has all of its properties to reinforce. Most of the steel suppliers in Chennai are cost efficient so you can check it out.

Apart from all these importance, steel is a solid metal which can be made in any shape as needed to construct and extremely durable which can last more than 15 years. It has many significance like eco-friendly, easy constructability, ecological, insignificant weight etc. To get done with your construction you can reach out to JSW steel dealers in Chennai to know more about it .

Three Types Of Press Brakes In Steel Fabrication

February 22, 2022

People working in the steel manufacturing industries and factories know that fabricating steel is not an easy job. Steel fabrication involves cutting, punching, stamping, shearing, and welding to get the desired steel form. Thus, the steel dealers or the manufacturers use press brakes to fabricate. Press brakes are the pressing machine or device that bends the metal sheets and plates under high pressure and strength. The bends on the metal sheets are made by clamping the matching punch and dye. However, with the help of science and technology, the press brakes machines are further classified depending upon their process. So, those working in the metal industry will at least learn and work with any of these types. Hence, a better understanding of the three types of press brakes in steel fabrication will be an additional advantage in this field. Therefore, let us know more about each press brakes type and its uses for many steel suppliers in Chennai.

Manual Press Brake:

As the name suggests, the manual press brakes are operated manually and were popular 50 to 60 years ago. These machines are also called sheet metal brakes, and the machine operators should feed the data manually. Hence, the operator should know about the machine’s dynamics and mechanics to set the angles and dimensions of the steel manually. Thus, the operator should repeatedly change the machine’s settings for different materials that too manually, which can consume more time. Therefore, these machines are used only for mass production. However, this equipment does not cost much but is not suitable for this fast-growing world. The manual press brakes are inefficient if you fabricate MS chequered plate for flooring with different angles and dimensions.

Hydraulic Press Brake:

Another popular pressing machine that matches today’s dynamic environment is the hydraulic press brakes. The hydraulic press brakes include a hydraulic cylinder that moves the machine’s RAM for the process. The hydraulic machine can bend the steel sheets up to 8cm and provide pressure around 1,200 tons. Thus, the hydraulic brake pressing machine offers greater yields and better control to the operator. The only concern about this machine is that they work within their tonnage rating and consume more power even when idle. However, it is used widely from industrial applications to the rebars and SAIL TMT bar production line.

CNC Press Brakes:

Thirdly, CNC or Computer numerically controlled press brakes are computer-aided machines that have made the operators’ job easier. These machines work on the servo motors with accessible pressure control, making the cutting more precise and accurate. The CNC press brakes have more tonnage rating and only use electrical conduction while working. The operator has only set the dimensions and angles for fabricating using the setting provided and can be changed per requirements. It is worth investing in this equipment to yield better results with lower energy consumption.

These are the three mainly used metal pressing machines by leading steel manufacturers. Bharat Steel – the best MS steel suppliers in Chennai, offer quality metal sheets with precision and accuracy with the help of press brakes depending upon project or business.

Why do many manufacturers choose laser cutting for steel?

January 22, 2022

Have you ever thought about how steels are fabricated into desired shapes? Many MS steel suppliers in Chennai use different cutting methods to process and produce the steel. One of the popular fabricating methods used by steel manufacturers is laser cutting. Laser cutting uses radiation with high frequency that vaporizes, burns, or melts away the targeted material giving high-quality cutting edge and greater surface finish. Steel manufacturers control the laser beam through computer numerical control (CNC) and laser optics. Three types of lasers are used in steel fabrication, and they are CO2 laser, neodymium (Nd) laser, and neodymium yttrium-aluminum-garnet (Nd:YAG) lasers.

However, these lasers are used for different purposes. The CO2 laser is used for steel cutting and engraving. While the neodymium (Nd) laser is used for boring the metal with high energy. The neodymium yttrium-aluminum-garnet (Nd:YAG) lasers are used for engraving and boring the steel with high power or watts. Thus, the type of lasers differs as per the needs and purpose. Hence, in this post, let us see why many manufacturers choose laser cutting for steel.

Speed:

The foremost reason why steel manufacturers use laser cutting to fabricate steel is because of their high speed. The basic concept behind laser cutting is the higher the thickness, the slower the cutting speed. So, you can say the cutting speed is directly proportional to the laser machine’s efficiency. Hence, here is a chart that says, how efficiently you can control the laser beam for different steel.

Material	Power/Watts		Cutting speed
Carbon steel	500W	1000W	13m/min	24m/min
Aluminium plate	500W	1000W	5.5m/min	10m/min
Copper plate	500W	1000W	5.5m/min	10m/min
Stainless steel	500W	1000W	14m/min	24m/min

Similarly, the cutting speed for an MS chequered plate for 1.5kW is 10m/min. The other cutting methods, like, flame or plasma cutting can consume more time. Thus, laser cutting is ideal for complex cuts.

Automation:

Secondly, laser cutting is fully automated because of the advanced technology. The other cutting methods like drilling, grinding, or burning requires human intervention to operate the process effectively. However, in laser cutting, the laser machine is fully automated by CNC and CAD/CAM programs with the necessary instruction to operate smoothly. Thus, consistency, precision, and speed are maintained throughout the process. However, you might need a rebar cutter and labor to fabricate rebars like SAIL TMT bar and steel tubes.

Reduces energy:

Thirdly, it reduces the energy significantly. The cutting speed and efficiency of the beam allow the machine to use less energy compared to other cutting methods. Generally, the laser machine consumes 10kW of energy for one cutting session. But the other cutting method consumes energy of 50kW for the same material. Thus, laser cutting is one of the energy-efficient solutions to achieve the best results.

Thus, it shows that laser cutting is the best solution for fabricating your steel as per your desire. You can approach Bharat Steel – the excellent JSW steel dealers in Chennai for quality steel products with perfect cuts.

Different Types Of Pipe Testing Methods

December 30, 2021

Steel pipes are one of the most important construction materials used in many many modern construction sectors and high-stress environments to withstand external factors. Hence, these steel pipes are used right from plumbing systems to structural applications. However, many manufacturers and steel suppliers in Chennai conduct various pipe testing to make them fit for the intended use. Thus, steel pipes that reach us undergo different testing methods that are classified into destructive and non-destructive testing. The non-destructive testing includes techniques that do not damage the specimen. In destructive testing, the specimen is subjected to pressure to measure its performance and failure. Hence, every pipe that we see and use for our purpose either undergo destructive or non-destructive testing. Therefore, in this post, let us see the different types of pipe testing methods used by many industry manufacturers.

Hydrostatic Testing:

This type of testing is made for the transmission of fluid at a certain pressure. The hydrostatic testing is applied to the steel pipes to determine the risk associated with the steel pipes. The term risk refers to the breakage or cracks during the fluid transmission process. Generally, the hydrostatic test is conducted by shutting down the pipelines and required repairs are made to streamline the process. So, hydrostatic testing is carried out by vacuuming the air present in the tube and filling them with water. Then the steel pipe is subjected to pressure which is 1.5 times its pressure limit.

Thus, visual examinations are carried out by the inspectors where some use tracers or fluorescent dye to check the leakage or cracks. This condition is maintained for several hours to see the capacity of the pipes under excess pressure. The JSW steel dealers in Chennai provide such well-tested pipes to serve the purpose significantly.

Magnetic Particle Inspection:

The magnetic particle inspection is non-destructive testing where it is used to detect any linear flaws. This method is used to identify surface breakage, poorly-welded joints, cold laps, pores, and many more. Hence, this testing involves elements like yoke magnet, magnetic ink, and removable white paint. So, a particular area is magnetized by adding ink, paint, and magnet and then allowed to dry. Thus, if there is any surface defect, a certain area will deform over time. Hence, this method is able to identify any damage in the SAIL TMT bar also by following the same process.

Charpy Impact Test:

The Charpy impact test is a classification under destructive testing. This method is used to measure the toughness of the steel pipe. The Charpy impact test is made on the pipes that are joined together. In the test, a weighted pendulum is hung from a certain height of the steel pipe. It shows the impact of the material absorbed by the specimen. Hence, this testing determines the quality and strength of the steel pipes.

Therefore, these are the different types of pipe testing that determine the physical properties and stability of the material. You can even buy the best steel pipes from Bharat steel- the best steel dealers in Chennai for quality materials.

Types Of Rebars In The Construction Industry

November 23, 2021

You would have certainly heard the term concrete at least a thousand times in your life. The term concrete is a mixture of water, cement, and aggregates such as sand, gravel, or crushed stone. The cement, water, and aggregates bind well to form concrete. It is this paste used in the building material to build structures and foundations. However, the concrete building can compress the natural but tension forces like loads, pulling, and pushing can crack them. Hence, steel suppliers in Chennai use reinforcement steel rebars or rebar to withstand the tension forces of the concrete. The rebars are the combination of steel wires that bond well with the concrete by reducing slippage. The rebars are made through hot-rolled treatment by using new steel billets or different steel materials. In some cases, rebars are made from steel scraps or railroad rails. These rebars undergo hot-rolling at an average of the 60,000-75,000 psi bar. Therefore, rebars play a vital role in concrete construction. Hence, in this post, listed below are some common types of rebars in the construction industry.

Carbon steel rebar:

The most common type of rebar, predominately used in the construction industry, is carbon steel. It is also referred to as the “black bar” because it corrodes when exposed to high temperatures and moisture. JSW steel dealers in Chennai even produce carbon steel rebars used for making beams, slabs, and many more. These carbon steel bars have a tensile strength of up to 40000 psi to provide sufficient tensile strength to the concrete. Hence, many constructors consider carbon steel rebar as the best for the buildings than other steel products.

Welded wire fabric:

Another common type of rebar used in construction is the welded wire fabric (WWF). It is a typical type of rebar found at every construction site. The WWF is a mesh of steel wires connected at right angles and welded electrically at the crossings. These rebars are used on the grounds, slabs, beams like SAIL TMT bar where the ground is well compacted. The heavier fabricated WWF rebars can be used on the structural floor slabs and walls. Hence, you can use these rebars on the concrete canals, road pavements, drainage structures, and many more.

Sheet-metal reinforcing bars:

Thirdly, the sheet-metal reinforcing bars involve several sheet steel pieces annealed and bent to form a corrugation at a one-sixteenth inch depth. These even have holes punched at regular intervals. Hence, these are suitable options for flooring slabs like MS chequered plate, stairs, and roofing.

Expanded metal bars:

The expanded metal bars or wire mesh rebars are the rebars where the steel sheet is sheared into parallel lines. The parallel sheets are expanded using various techniques to form a diamond or square shape between each cut. These types of rebars are used in light concrete construction like sidewalks, small concrete pads, and walkable surfaces.

Hence, these are the commonly used rebars in the construction industry to improve the strength of concrete buildings. Therefore, consider the suggestion shared in the post to choose the appropriate one for your construction.

Three Common Types Of Steel That Are Used For Building Construction

August 25, 2021

We all know that a building cannot stand on its own without the help of steel and beams. It is an essential instrument for every contractor and builder. The world steel association reported that around 174.4 million tonnes of steel were produced worldwide by 64 countries last year. The construction industry used more than 50% of steel production. Hence, steel is the commonly used material for any construction. Steel dealers supply a wide variety of steel depending upon the structure and requirement of the building. Each steel is different in chemical composition, physical and mechanical properties, and grades. However, there are some common types of steel irrespective of the demand because of its enormous benefits. In this post, let us see more about the commonly used steel in the construction industry.

Mild steel or low-carbon steel:

Mild steel, also commonly known as carbon steel, is frequently used in the construction industry. It is an iron-carbon alloy and the carbon content in the mild steel is 0.05%-0.25%. The low-carbon steel cannot be hardened by heat treatment. Therefore, to make low-carbon steel harder, they undergo a cold metalworking process. It has excellent flexibility and is extremely soft compared to other steel products. They are used in constructing train wheels, railway tracks, ms chequered plate, machinery parts, and crankshafts.

Rebar steel:

Rebars are steel reinforcement bars used to improve the tensile strength of the concrete. The concrete buildings have weak tensile strength. It is used as the tension device for reinforced concrete buildings and structures. When mild steel is added with ridges, rebar steel is formed. The purpose of adding ridges in the mild steel is to enhance the mechanical anchoring in the concrete. The rebar steel provides greater compression, tensile strength, chemical composition, and elongation percentage. There are various types of rebars like epoxy-coated steel bars, low-alloy steel, axel steel, and many more.

Structural steel:

Structural steel is the commonly used steel in the construction industry. It is an iron alloy combined with the key ingredients carbon and manganese. Similar to the SAIL TMT bar, the structural steel has high ductility and durability. Structural steel is used for making different shapes for buildings like HSS shape, I-beams, railway rail, and many more. The standard structural steel varies across the country. The structural steel in Europe uses the grade Euronorm 19-57, while in the USA, the structural steel has tempered alloy and low quenched carbon to increase the strength. Hence, the composition of the structural steel completely depends on the country’s resources and requirements. They are commonly used to build skyscrapers.

Therefore, if you want to get all the benefits of the steel for your next building, you need to work with experienced dealers like JSW steel dealers in Chennai.