Steel Industry Archives - Bharat Steels

Why Is Quality Control Essential In Steel Fabrication?

June 29, 2022

We all live in a world where everything around us is built from metals. If you take any building, right from the foundation to roofing, you can find one or other type of metal. These metals increase the stability and durability of the construction. However, you never know if the products that you receive from the manufacturer or supplier have undergone complete quality control. The MS steel suppliers in Chennai are well-known for conducting a proper in-house quality control process.

These quality control operations are non-negotiable, but having such a system within a company will surely increase the product standard, especially if you are into metal fabrication. Metal fabrication is a process where the given metal is converted into the desired structure through the required machining process.

The primary purpose of considering the quality control measure in steel fabrication is to produce a quality product and create a winning situation for both the company and the buyer. Hence, in this post, let us see why quality control is essential in steel fabrication.

Quality And Consistency:

The foremost thing for any product to stay for a longer time is the quality. So, when considering metal fabrication, there are so many factors that fabricators have to think like alloy composition, formation process, and many more. Hence, the quality control process starts right from the material selection to producing quality and custom-made products.

Quality products not only give desired output but can also give a consistent manufacturing process. If there is not a quality control system, the entire production process can go for a toss. Thus, it is essential to have a quality control system to deliver high-quality products like MS chequered plate and a consistent manufacturing process without any interruption.

Lesser Hazard And Risk:

Secondly, a good quality control system lessens the risk and hazards associated with metal fabrication. Some of the disasters that happen in the industries or at the fabrication centre are due to low-grade materials. Hence, with the help of quality control, the manufacturer can segregate the metal that is unfit for the fabrication process.

For example, if a machine stops working, a quality control check team can come up with a solution quickly and resolve the issue within no time. Hence, it does not affect the production of the mid-way.

The Benefits Of Hiring A Quality Control System Are

They evaluate to find the faulty materials regularly, especially while producing construction materials like sail TMT bar.
They will allow only the product approved by the OSHA code (The Occupational Safety and Health Standards Act).
Ensuring workers are capable of operating the concerned equipment.
To make sure that employees have essential personal gear for protection.
Ensuring the metal products are handled, stored, and shipped by adhering to the legal practices.

Abiding By Company Standards:

Thirdly, all the fabricated metal produced should comply with the company standards. If the produced product doesn’t meet the business codes, then the manufacturer and the buyer are at risk of penalties, charges, and related liabilities.

Hence, by now, you might have understood the importance of the quality control system and what are the benefits of hiring them. Bharat steels are the best JSW steel dealers in Chennai that offer quality steel products without compromising its standards.

Fabrication Of Steel And Its Various Applications

April 21, 2022

Fabrication of steel is a technique of creating a variety of components and items that we utilise on a daily basis. It’s a method of converting raw steel into a set of items that can be used in building projects. This procedure entails taking crude ingredients and forming them into the desired shape. You can contact bharat steel suppliers in Chennai for high-quality steel supplies.

The natural resources are cooled down and converted into completed steel products before being formed into various shapes in this manner. Steel production necessitates highly skilled personnel with prior expertise converting raw materials into marketable products.

The application of steel fabrication is determined by the end-use of the produced product. However, steel fabrication falls into three main categories,

Structural fabrication

Metalworking that is employed as part of the construction process is referred to as structural fabrication. Typically, stores, manufacturers, buildings, and skyscrapers use structural manufactured steels purchased from reputable steel dealers in Chennai.

Commercial fabrication

Fabrication for Business technique creates consumer-oriented commercial products. The greatest examples of businesses manufacturing are appliances and automobiles, as well as steel parts.

Industrial fabrication

Fabrication in the workplace creates components that are employed in the development of other machinery. The greatest examples of workplace fabrication are bandsaws and iron working machines.

Steel manufacturing process

Steel’s main features include stiffness, resistance to corrosion, and longevity. Punching, folding, cutting, machining, stamping, shearing, welding, and casting are the most common ways for producing steel. You can rely on steel suppliers to get it done according to your necessity. Here’s a quick rundown of how each of these steps works:

Punching

Punching is indeed the process of making an opening in a metal piece by placing it under a die and drilling it through. To fasten the latches on each other, wells are created into a plate of steel in most situations.

Folding

Folding requires manipulating steel into a certain shape and is one among the most challenging tasks. In this method, the steel panels are pleated at a right angle or at various degrees to make the product somewhat blunt.

Cutting

Dividing the steel plate into halves, thirds, or smaller parts is the most often used steel production method. Typically, the sheets or bars are chopped and reshaped into new shapes. Laser beams and fusion flames are used to cut them, resulting in a more complicated and high-tech sculpture.

Machining

This is the process of dismantling the parts of a metal object. The procedure is commonly carried out on a lathe, which revolves the steel along equipment which trim the rough edges to shape the item.

Stamping

This is a fabrication method for forming plain metal pieces into specific forms. It’s a sophisticated procedure that includes blanking, punching, bending, and piercing, among other metal forming techniques.

Shearing

This is a metal fabrication technique that involves cutting alignments on a plain steel plate. An upper blade and a lower blade are built near with a little gap between them during this procedure. The blades are normally fixed. Shearing of steel can be done on layers, strips, bars, plates, and even angular metal stock.

Welding

This process involves the joining of two separate metal parts. The parts used in this process include sheet, panels, bars or any other shaped steel. They are joined together through numerous methods and machines that result in finished usable products.

Casting

Casting is a method of pouring molten metal into a mould that contains a hollow cutout of the required shape. After the molten metal has solidified, it is taken from the furnace, showing the finished result, also known as the “Lay up Form.” Casting is appropriate for a wide range of intricate shape-making since it is one of the most adaptive ways of metal fabrication. Jewellery, sculptures, and weaponry are some of the most common examples. Steel is utilised in a variety of applications, from staplers to plane parts. It comes in a variety of grades with different chemical compositions. At Bharat Steels, we give you high-quality steel that is long-lasting and reliable.

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.

Different Methods Of Galvanization To Enhance The Steel

March 11, 2022

We all know steel is a versatile product used for various industrial, commercial, and residential purposes. Steel is used in these sectors because of its exceptional physical and mechanical properties. Even though they exhibit outstanding characteristics at one point, steel is also subjectable to corrosion and rusting. For this reason, many MS steel suppliers in Chennai apply the galvanization process to steel products. Galvanization is a process where the steel or iron products are protected against corrosion by coating them with zinc.

However, many manufacturers employ different galvanization methods to improve steel quality and corrosion resistance. These methods are applied to the metal products depending on their constituents, thickness, and process. Hence, in this post, let us see the different methods of galvanization to enhance the steel effectively.

Thermal spray:

The foremost galvanization method applied for the steel products is thermal spraying. Thermal spraying is the process where the molten fine or semi-fine molten particles are sprayed on the outer layer of the substrates. In some industrial cases, the molten particles can be in the powder or wire.

The thermal spray is one of the thickest forms of coating on the outer layer of the metals. So, before the galvanization process, the steel manufacturers coat the metal with zinc and prepare the metal surface for the subsequent process. The thermal spraying coating is applied to the steel products, which are operated under extreme heat, erosion, wear, and corrosion. Even SAIL TMT bar and rebar are included thermal spraying while using them in the regions of higher temperatures.

Electroplating:

Another form of galvanization used for the metal to prevent corrosion is electroplating. Electroplating or electrodeposition is the process where the substrate is placed inside a solution, and a signal is produced from the external source. The external signal reduces the number of cations and creates a metallic coating over the substrate.

However, electroplating provides the least coating thickness to the desired metal. This method is one of the oldest forms of galvanization used to galvanize chemical compounds like cadmium. Similarly, electroplating is one of the complex processes and involves the ancillary tank, zinc anode, reservoirs, and related things for the process. The electroplating process also involves coating the substrate with zinc before the galvanization process. Electroplating is used to make fasteners, MS chequered plate, and other daily use materials.

Sheet galvanizing:

Galvanizing the sheets, steel wires, and other steel products are called sheet galvanizing. The thickness of the sheet galvanizing is thicker than electroplating and much thinner than the thermal spraying. Sheet galvanizing is a coil-to-coil process where the steel sheets, wires, and strips are placed on the continuously moving ribbon under constant pressure with zinc coating the surface of the substrate. These are used to make corrugated roofing materials, in-car bodies, and other related products.

Hence, these are the fundamental galvanizing methods to enhance steel products. So, approach Bharat Steels – the best JSW steel dealers in Chennai, for quality steel products that meet all your requirements.

Different Applications Of Cold Rolled Steel

March 8, 2022

We have heard of steel being used in every process where durability and strength matters. We even know that steel cannot be used directly in the application and must be fabricated according to the needs. So, cold rolling is one such fabrication process to enhance the physical properties of the steel. In the cold rolling process, the steel dealers or manufacturers strengthen the steel by changing its shape without heat or pressure. The large steel coils are passed through the two parallel rollers keeping the temperature below the steel’s recrystallization temperature. Thus, the steel coils unwind, and each steel strip is squeezed and compressed. Hence, the resulting metal strips have increased hardness and yield strength. Therefore, one can say that cold rolling the metal strips is one of the significant functions in metalworking industries. Hence, in this post, let us see the different applications of cold-rolled steel in various industries.

Cold-rolled steel in construction:

The foremost application of cold-rolled steel is in the construction and development sector. We all know that steel is essential to make your building stand against the various climatic conditions. Similarly, cold-rolled steels are used significantly in the construction industry for framing purposes. The cold-rolled steels are light in weight and yet stronger than other metal framings. The cold-rolled framings are used in multi-storey building construction like hotels, dormitories, and related structures.The cold-rolled MS chequered plate are even used for the flooring purposes.

As mentioned earlier, cold-rolled steel is less in weight, and hence it can be shipped and assembled later. Similarly, the cold-rolled steel exhibits high tensile strength; it is sufficient to use fewer steel materials for structural support and reduces resource consumption. The cold-rolled steel is used in making bolts and screws for metal sheeting and sheeting rails.

Cold-rolled steel in home appliances:

Another application of cold-rolled steel is that they are used in home appliances extensively. It is hard to find even one home appliance without cold-rolled steel. The cold-rolled steel is used in washers, dryers, water heaters, computer hardware, refrigerators, and related household things. One can find numerous domestic appliances with cold-rolled steel because they have a higher tolerance than the other metals. Similarly, these steels have excellent tensile and yield strength, making them an ideal material for home appliances. Hence, cold-rolled steel is one such versatile material with an exceptional surface finish.

Cold-rolled steel in pressure vessels:

Pressure vessels are enclosed containers where the core of any material is placed under extreme pressure. These vessels play a vital role in the petrochemical and nuclear plants. The cold-rolled steel is used in the pressure vessels because of their elongation rate, toughness, embrittlement, and fatigue strength. Hence, because of their exceptional physical properties, cold-rolled steel is used in the pressure vessel to compress the overall pressure produced by the vessel. However, the size and pressure of the vessel differ from country to country, depending on the country’s formal code.

Hence, these are the different applications of cold-rolled steel in various sectors. Bharat Steel – the best JSW steel dealers in Chennai who offer quality steel products at good standards.

Metal Extrusion And Its Advantages In Various Industries

February 4, 2022

The various characteristics of the metal products have to be kept in mind before manufacturing. The steel suppliers and manufacturers should consider multiple techniques to get the desired result. Metal extrusion is one of the manufacturing processes where the raw steel materials are converted into desired shapes and sizes. So, the raw materials can be in the form of billets or a bar which is subjected to a machine that has a hollow cavity, high-force hydraulic press, and predefined cross-sectional profile. Thus, the resulting output is called extrudates. These extrudates can be any shape ranging from bars, cylindrical, longitudinal, and even steel or aluminimum based products. Thus, metal extrusion is one of the ideal manufacturing processes which yields products ranging from basic to complex at required cross-sections. Metal extrusion and its advantages in various industries are plenty that are used in commercial, industrial, and retail sectors. If the steel has undergone a galvanization process, then extrusion adds a layer of strength that makes the steel even more resistant to corrosion. Hence, listed are the advantages of using extrudates.

Flexibility:

The foremost advantage of using steel products processed from extrusion is they offer higher flexibility. As we all know, steel is one of the versatile metals and can be transformed into any shape. Similarly, steel is the ideal example of flexibility and it can undergo maximum strain and stress. For example, in motorcycles, you can see the steel spring in the shock absorber undergoes compression and returns to its original shape within seconds. Just imagine for a normally galvanized steel, the flexibility is higher than extruded steel. The reason for the extruded steel product’s higher flexibility is due to the cross-section in respect to the design. That is the reason why many industries like agricultural, automobile and even HVAC industries use extrusion processed steels for their products. Even extruded MS chequered plate is best for industrial flooring and grating over the gutter.

Precision:

Another benefit of using extruded steel is they have higher precision because of its cross-sectional profile. Precision is the most important factor in every industry or project from protecting the smallest component to complex heavy machines. For example, you need to seal the non-seamless pipes with steel products that are of accurate dimension. So, the pipe fittings undergo the metal extrusion process which offers greater precision and prevents leaks and damage during major problems. The metal extruded SAIL TMT bar are used for construction purposes due to their flexibility and precision.

Reduces welding:

Thirdly, the metal extrusion process eliminates the high-intensive process like welding. Welding is tedious and requires a lot of manual work. Sometimes you may end up wasting the material to get the desired shape. Thus, by the dedicated cross-section extrusion process, many manufacturers and JSW steel dealers in Chennai are creative in the process of the products with interlocking patterns.

Hence, these are the processes in metal extrusion that benefits every steel manufacturer out there. Bharat steel – is the best MS steel suppliers in Chennai to help their clients to get the desired extrudes.

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.

Why Should One Choose Steel Pipes Over Ductile Iron Pipes?

January 5, 2022

Have you ever heard of ductile iron pipes? If not, here is a short description of the iron pipes. Ductile iron is a metal made from crude iron where the iron ore is smelted in a blast furnace to obtain the product. It has high carbon content and stable chemical properties. You may think, why is it called ductile iron? The graphite in the ductile iron has round nodules which suppress the cracks and enhance its ductile property. On the other hand, steel pipes are made from steel ore and undergo a process of molding and welding to meet the requirements. These are the most utilized products by manufacturers and steel suppliers in Chennai. The tubular sections in the steel have high strength naturally, which withstand the longitudinal stress and the bending forces.

However, the ductile iron and steel pipes may look similar at first glance. But they do have differences that make the steel pipes stand out. Hence, in this post, let us see why one should choose steel pipes over ductile iron pipes.

Carbon content:

The foremost difference between ductile pipes and steel pipes is the carbon content. The carbon content can be a blessing and curse at the same time because the higher the carbon content, the more the metal has hardness and strength. But at the same time, the product is subjected to brittleness and weldability. So, in the case of ductile iron pipes, they have a carbon content of around 3.0%-3.9%, whereas the iron pipes have carbon content ranging from 0.8% to 0.60%. However, JSW steel dealers in Chennai prefer steel pipes, even though they have less carbon content, they are not brittle and weldable.

Tensile strength:

Another prime difference between ductile iron and steel pipes is tensile and yield strength. The tensile strength defines the maximum load a metal can withstand while undergoing external pressure without being fractured or cracked. The tensile strength of the ductile iron ranges from 42,000 psi to 80,000 psi. But the tensile strength of the steel pipe is around 60,000 psi to 100,000 psi. Not only pipes, but even steel SAIL TMT bar also have tensile above 100,000 psi.

Yield strength:

Thirdly, ductile iron and steel pipe differ based on yield strength. The yield strength refers to the level of stress. It means by the time the metal reaches the saturation point or a level the metal would have undergone a deformation. The yield strength of the ductile iron is lesser or equal to 350 MPa, whereas for the steel pipes, it is around 290 MPa – 550 MPa. All the steel products have good yield strength, for example, the MS chequered plate has a good yield strength of around 540MPa.

Hence, these are the major differences between ductile iron and steel pipes. Even though they look alike, it is always to choose the appropriate one depending upon your project and application. Therefore, approach Bharat Steel, the best steel suppliers in Chennai, for quality steel products.

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.

Advantages Of The Steel Frame In The Construction Industry

December 22, 2021

A framework is the building block for the construction industry. It serves as the backbone for the structures to sustain and remain sturdy in every situation. Hence, many steel suppliers use steel to make the framework for the construction. The steel frame is the “skeleton frame” of intersection vertical and horizontal steel beams that support the walls, roofs, and floors of the building. Thus, the quality of material determines the ability of the structure to withstand environmental factors. Hence, steel is known for its high durability and strength that makes them suitable for construction. Steel is also a preferred material for fabricators because of its versatility. These steel frames are fabricated to meet the building standards and codes. Hence, in this post, let us see some advantages of the steel frame in the construction industry.

Durable:

The foremost advantage of using steel in construction is their durability. Unlike wood, steel doesn’t get damaged by internal or external factors very easily. Steel is indeed denser compared to wood but has a better strength-weight ratio. It means the pipes, beams, and channels used in the construction have a high strength-weight ratio for the same quantity of wood. Thus, there is no doubt that steel has more durability compared to other construction materials. However, certain situations test the durability of steel like corrosion, abrasion, and many more. So, steel manufacturers use barrier coatings to last them longer. These coatings are coated even for MS chequered plate, while using them in wall and ceiling cladding.

Manages wind uplift:

Another prime factor that affects the structure is the wind. Wind uplift is a physical condition where the pressure below the roofing is higher compared to pressure above the roof. The factors that cause wind uplift are location, environment, disasters, and many more. Sometimes internal factors like design, materials, height, and framing also cause uplift variation. However, steels are the ideal solution to handle the wind uplift. It is because the wind load has sufficient stiffness against the horizontal beam load that eliminates the uplift variation. Thus, it does not affect the steel framing at any cost. Some steel manufactures use the SAIL TMT bar with steel frame in the high-rise building for more flexibility and stability.

Versatility:

Thirdly, as mentioned earlier, steel is the best example of being versatile compared to other materials. You can cut or fabricate the steel frames as per the building requirements by using heat treatments. These treatments improvise the ductility and machinability of steel. Steel frames are of different types like earthquake loads, dead loads, temperature loads, and many more. For example, a small level building requires higher loads compared to high-rise buildings. In this case, you can use steel frames that are fabricated to meet this purpose.

Hence, these are the advantages of using the steel in frameworks of the buildings. If you want to have a sturdy frame for your building then contact Bharat Steel, the best JSW steel dealers in Chennai for high quality products.