Know The Complete Manufacturing Process In Steel

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September 28, 2022
Know The Complete Manufacturing Process In Steel

Steel, an alloy of iron, is the most popularly used in construction worldwide. The durability and flexibility of steel make it the most versatile alloy, and it has a  wide range of applications like manufacturing tools, types of equipment, the automobile industry etc. The production of steel became a mainstream industry in the early 19th century. Before that, traditional methods were used in manufacturing steel. India is one of the five predominant manufacturers of steel. Contact steel dealers to enquire about the best steel in India.

History Of Revolution In Steel

The modern methods of steel production use a process called the Bessemer process. Many of you do not know what the Bessemer process is, but this is the cause of the industrial revolution which led to the mass production of steel. This method is the first inexpensive method to manufacture steel.

Bessemer process: 

In simple terms, when air is injected into molten pig iron (crude iron), impurities present in iron oxidise and separate. The oxygen in the air helps in removing the impurities like manganese, silicon, and carbon. Thus, the iron is converted into molten steel, which can be poured into moulds.

Process Of Manufacturing Steel:

There are 6 steps in making Steel. Stay with us to know them in detail.

Step 1:

Iron Making: 

This is the first step in which raw materials like iron ore, limestone and coal are put through a blast furnace. This results in a molten iron which still consists of impurities.

Step 2: 

Primary Steel Making: 

There are two types of producing steel: the BOS method (basic oxygen steelmaking) and the EAF method (electric arc furnace).

BOS Method: 

The impure molten iron ore, along with scrapped steel, is put into a furnace, and the temperature is raised. Now, oxygen is injected into the furnace resulting in oxidising of impurities.

EAF Method (electric arc furnace): 

A high-power electric arc melts the scrap steel and results in pure steel.

The steel obtained at the end of the above-mentioned process is called raw steel. Reach out to steel suppliers to know more about raw steel.

Step 3:

Secondary Steelmaking: 

The raw steel is processed to get different grades. You can add or remove specific elements at controlled temperatures to achieve different steel compositions. It involves stirring, temperature alteration, ladle injections, removal of gas and CAS-OB (Composition Adjustment by Sealed Argon Bubbling with Oxygen Blowing).

Step 4:

Casting: 

In this step, the molten steel is poured into pre-cooled moulds. The steel is removed from the mould when hot and allowed to harden. Then they are cut into desired sizes depending on the application which can be converted into MS chequered plate or other steel product. 

Step 5:

Primary Forming: 

In this step, using the hot rolling technique, steel is cut into the desired shape. Many types of products at the desired shapes are converted here. 

Step 6:

Secondary Forming: 

Various techniques, like welding, tempering, drilling etc., are used to give the required shape and structure.

The extensive application of steel has gained them an important place in the security and economy of any country. The flexibility of steel paves the way for many innovations. Undoubtedly, steel is the king of the construction industry and is used in manufacturing many tools from rebars to angles. Bharat Steels, is one of the best JSW steel dealers in Chennai, that offers high-quality TMT rebars, M.S. Angles, M.S. Channels, etc.

Know The Applications Of Steel In The Mining Industry

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September 9, 2022
Know The Applications Of Steel In The Mining Industry

Steels have a wide range of applications in the mining industry as they are durable and inexpensive. Mining is the removal or extraction of minerals and metals from underground. Some materials mined are iron ore, gold, coal, etc. The mining industry requires a lot of custom-made equipment. Steel is the most easily fabricated of all alloys and is perfect for the mining industry. Temperature and corrosive resistant properties of steel help in withstanding rough and abrasive mining environments. The quality of steel has to be high to endure the above-said scenarios. Check out steel dealers in Chennai for such high-quality products.

Why Steel?

As we all know, steel is an alloy of iron. It is used in many industries like construction, automobiles, electrical appliances, shipping, mining etc. Below are some of the properties proving steel as the best bet in the mining industry,

Hardness: 

Steel is the best mining industry choice for mining because of its high friction and abrasion properties. 

High Melting Point: 

Steel has a high melting point and comes in handy when mining at high temperatures.

Corrosion Resistant: 

 Mining areas are prone to corrosion, and steel has high corrosion-resistant properties.

Low Weight:  

As they weigh less, they can be carried easily around the mining site.

Where Is Steel Used In The Mining Industry? 

Automation is demanded in the mining industry due to constant changes in market trends and technological growth. In addition, the mining equipment’s easy and effective operation helps in efficient mining. Steel, with its mind-blowing properties and types, can meet market demands. Contact steel dealers to know more about steel and its types. The common uses of steel in the mining industry are constructing site structures and making mining equipment. Let us look into them in detail below,

Site Structures:

The mining site’s infrastructure and other structural components are built using steel. Below are some of the areas where steel is used in structural components,

Kitchen: 

Stainless steel can be easily cleaned because it has a smooth surface. The mining industry prefers using stainless steel kitchenware like pans, pots, utensils etc., on the mining site.

Furniture: 

The tables and chairs are also made using steel on the mining site. The non-corrosive properties of steel help in easy and low maintenance of the furniture.

Ladders and staircases: 

The most necessary tool in mining sites are ladders and staircases. The high tensile strength of steel makes them the best choice.

Workbenches: 

The office workbenches and other necessary tables are also steel-made.

Types Of Equipment:

With its fantastic properties, steel has been used in the mining industry for ages in making equipment. The mining process requires ultra-modern and powerful hardware and tools. This machinery must withstand extreme temperatures and sustain for a more extended period.

Steel is used in equipment like hammers, tools, mining support equipment, drill rigs, fluidised bed boilers,  tanks, mining screens, demolition equipment, heat exchangers, pumps, pipes, and cathode plates. Furthermore, they are used in heavy machinery like excavators, bulldozers and crushers.

1`We at Bharat Steel, the leading steel suppliers in Chennai, will be happy to help you with further queries and clarification.

Benefits of Stainless Steel for Projects involving Fabrication

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August 13, 2022
Benefits of Stainless Steel for Projects involving Fabrication

The metallurgical sciences have revolutionised due to the widespread use of stainless steel. The most effective winning metal in history is stainless steel. A wide range of manufacturing equipment, from culinary sciences, and healthcare to construction, have improved. To select a highly durable form of steel, you can go to the closest Bharat steel suppliers in Chennai.

Over 150 different grades make up the vast family of stainless steel. It is an alloy having a minimum of 10.5 per cent chromium and low carbon content. The addition of chromium produces an inert coating of chromium oxide. Due to the chromite oxide layer, corrosion resistance and flawless finishing predominate. Other alloying elements may also include nickel, molybdenum, titanium, sulphur, and manganese. The terminology for grading is influenced by its chemical makeup. Mechanical qualities were then supported by chemical composition. An alloy is chosen for fabrication tasks based on its physical and mechanical attributes.

Notable advantages of stainless steel for manufacturing

Numerous industries make great use of stainless steel. It offers a variety of qualities like strength, durability, and aesthetic appeal. Its advantages work together in unison.

Proposing Stainless Less Has The Following Advantages:

Able To Withstand Corrosive Media

Being rust-free is the most crucial aspect of stainless steel for extended life. It is a better option because of the facility for preventing corrosion. In various atmospheric conditions, including alkaline, acidic, and chlorinated atmospheres, stainless steel resists corrosion. The ability to resist corrosion is affected by chromium content. High alloyed grades function better with acid, alkali, and chlorinated corrosion media, while low alloyed grades can be used in moist settings and with water.

Simplicity Of Fabrication

Stainless steel is cut, welded, stamped, and tooled during fabrication. The outdated traditional machine could cause issues. Under expert supervision, stainless steel may be quickly and easily manufactured with modern machining and equipment. Precision and comprehensive processing with stainless steel grades in numerous applications create opportunities for fabrication. Reach out to Bharat Steel Suppliers for good quality and affordable steel.

Strength

Strength is a very promising characteristic that accounts for stainless steel’s widespread use in several industries. It has inherent strength at high temperatures and can withstand impacts.

The Ratio Of Strength To Weight

Cold working can strengthen austenitic stainless steel, which has a significant strength-to-weight ratio. In the aircraft industry, stainless steel is preferred due to its high strength-to-weight proportion.

Sustainability And Environmental Friendliness

Stainless steel is naturally sustainable, recyclable, and environmentally beneficial. Old stainless steel trash provides the majority of the manufacture of stainless steel. It is valued and lessens global stress.

Resistance To Temperature

Stainless steel is highly resistant to heat and fire. Robust scalability, temperature and strength are offered by it. Heat exchangers, boilers, the construction of aeroplanes, and the oil industry extensively use stainless steel.

At cryogenic temperatures, stainless steel demonstrates notable strength.

Maintenance And Hygiene

A high level of hygiene is imparted by stainless steel. Its smooth surface makes it simple to clean and maintain and prevents the growth of microorganisms. Appliances for the home, pharmaceutical equipment, and the food processing industries all have a strong preference for stainless steel.

Continual Usage

However, taking quick and easy steps can help stainless steel in the long run. Compared to alternative steel options, manufacturing and fabrication costs appear to be higher. Visit Bharat steel suppliers in Chennai to get stainless steel for your buildings. 

 

Use Of Stainless Steel In The Oil And Gas Industry

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July 29, 2022
Oil And Gas Industry

The steel sector contributes immensely for a thriving global economy. Expansion and globalisation open up new opportunities for the stainless steel sector. Stainless steel is one of the essential components for industries that rely on steel and its products. The stainless steel business is the most competitive and largest industry which is highly used in the oil and gas sector. Stainless steel is a practical and cost-effective option for the oil & gas companies. Reach out to the steel dealers to know more about stainless steel.

Stainless steel benefits the oil and gas sector immensely and plays an important part in bringing the most productive results. In the oil and gas business, stainless steel is the most widely utilised metal for operational and extraction processes. Its applications are critical in refinery and gas plants in producing energy power products.

Industry Of Oil And Gas

The oil and gas sector are the major contributors to a prosperous economy. This industry’s end products are fuel, oil and petroleum. There are three major processes that are primarily involved:

Upstream –This procedure entails the exploration and drilling of subterranean oil and natural gas wells.

Midstream – Crude oil is delivered, stockpiled, and refined in the refinery throughout this process. Transportation can be accomplished through the use of pipelines and oil tankers.

Downstream – This process comprises refineries, crude oil filtration, and natural gas purification.

Stainless Steel Is Used In The Oil And Natural gas Sector

Stainless steel includes 10.5 percent chromium, which forms a passive coating of chrome oxide and provides corrosion resistance. Other alloying agents, such as nickel and molybdenum, improve corrosion resistance in certain mediums. In the oil and gas business, refining is the process of collecting subterranean extraction through high-pressure tubing in a separator vessel. The crude oil is subsequently transported to the refinery via pipeline. The method is complex since it involves placing underwater in a severe climatic environment. To improve sustainability, high-performance alloy variations are involved. Pipes, classifiers, compressors, heat transfer, and storage vessels are all made of stainless steel. Consult steel suppliers in Chennai to get the high quality materials for your business requirements.

The Benefits Of Stainless Steel

  • High tenacity
  • Resistance to corrosion
  • Relatively low maintenance
  • Excellent weldability 
  • High torsion and yield strength

The oil and gas business benefits from stainless steel, duplex steel, and ultra duplex steel. Duplex steel is a composite of austenitic and ferritic stainless steels. Its dual microstructure gives strength as well as resistance to corrosion. Duplex stainless steel provides excellent corrosion resistance. It is used in pitting corrosion cracking because of its high resistance. Duplex stainless steel is utilised in the oil and gas sectors for petrochemical products, storage facilities, pressure wells, and other applications.

Applications

  • Pipeline projects for oil, heat transfer, sewage and water treatment equipment, desalination facilities, coastal rigs, biogas plant equipment, and so on.
  • Pumps, tanks, separators, process vessels, umbilicals, tubes, oil and gas coolers, and so on.
  • Coastal, harbour, and ship propellers, as well as deck components
  • You can contact SAIL TMT Bar to get the affordable steel materials.

Why Is Quality Control Essential In Steel Fabrication?

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June 29, 2022
Quality Control Essential

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.

What Are The Various Welding Procedures For Steel?

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May 19, 2022
Welding Procedures For Steel

Steel is one of the most accessible alloys used in manufacturing. It is manufactured from repurposed scrap metal which is mixed with other metals give it unique qualities. It’s used for everything from supporting structure to accessories. As useful as steel is, it would have been useless if it couldn’t be welded into various shapes and forms. Any metals or alloy which requires welding has its own set of regulations for which techniques to use. The type of welding required is determined by the steel material qualities, thickness, and surface polish. Reach out to the steel dealers to know more about the process. Knowing what kind of joints you want to achieve is the first step in deciding which treatment to use. 

Various joints serve different roles, and the material utilized will also influence the overall product. Consider things like material strength, temperature resistance, and how approachable the joint will be once it’s finished. Butt, edge, border, laps, and tees are the most common forms of joints. They can be used in a number of permutations and combinations to achieve a certain effect. Once you’ve decided what type of joints you want to make, you can figure out which procedure is ideal for your materials.

Don’t be concerned! We’ve put together a handy guide for you. For your convenience, Bharat Steel has compiled a list. 

WELDING Of Gas Tungsten Arc:

TIG welding, or tungsten inert gas welding, is one of the most common types of stainless steel welding. It has a lengthy lifespan and produces a high-quality end result. It is appropriate for thinner sheets due to the low heat input level. The process employs argon as well as other gases, depending on the desired output. Nitrogen, helium, and hydrogen are among these elements.

Welding On The Spot:

Resistance spot welding, also recognized as spot welding, is a type of steel welding that is extremely cost-effective. It can be utilized for projects of various sizes, making it versatile in its application. Electric current is used in resistance welding. The current generates heat, which is then used to liquefy and seal frayed metal edges. It’s useful for steels with a low melting temperature since it prevents the raw material from warping. 

Welding With A Mig Welding Machine:

Because of the gas utilized in this procedure, Metallic Spot Welding is also known as MIG welding or Metal Inert Gas Welding. It’s a process that’s mostly automated. Because the approach relies on an electric source, it’s ideal for very precise welding in areas where other methods aren’t as effective. Other gases are sometimes added into the mixture to help steady the current. Consult steel suppliers in Chennai to get high quality materials for your purpose.

Welding With Plasma Arc:

TIG welding is the basis for this procedure. It entails a plasma arc-producing nozzle. This arc burns a hole in the steel, allowing it to merge together. This approach is commonly employed in more dynamic welding procedures where super fast movement and productivity are required.

Metal Arc Welding With Shielding:

Shielded Metal Arc Welding is possibly one of the oldest steel welding methods. It is a fairly manual technique that uses electrodes. The electrode coating is determined by the welding application – what is the structure of the metal being forged, and what are the desirable properties in the electrode when it is used.  

Welding With Flux:

As a substitute to Shielded Metal Arc Welding, Flux Cored Welding was created. It’s based on the MIG method, however, rather than copper wires, the tube contains a flux or metal powder. There seem to be two wires created, and they are employed in accordance with the procedure’s requirements. The flux offers better stability, shielding, and de-oxidization. This process also results in a significant reduction in the amount of fumes created. It’s generally employed in building projects.

Welding Of Electric Resistance:

Only mass manufacturing and fusing of thinner materials are done with this type of steel welding. It’s there to keep the crevice from reducing corrosion resistance. You can contact SAIL TMT bar to get the affordable steel materials.

Types And Properties Of Stainless Steel Rebars

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April 23, 2022
Types And Properties Of Stainless Steel Rebars

The use of stainless steel material in the building industry is growing by the day. After all, why not? In Most services, stainless steel is the most cost-effective and highly corrosion-resistant steel reinforcing option. When a structure is built using structural steel reinforcement, the demand for maintenance during the project’s life cycle is greatly reduced. That is why, while stainless steel rebars may appear to be an expensive alternative at first, they prove to be far more cost effective in the long term. Reach out to Bharat Steel Dealers in Chennai to get high-quality Stainless Steel Rebars for your construction. But what exactly are stainless steel rebars, and how can they help? Stainless steel rebars are bars with a low carbon steel alloy percentage. They have a chromium content of at least 12% and a nickel content of 8 to 12%.This makes steel more durable and resistant to corrosion.

Stainless Steel Rebars Types

There are four different varieties of stainless steel:

  • Stainless Steel in Martensitic
  • Stainless steel in ferritic 
  • Stainless Steel in Austenitic 
  • Duplex austenitic stainless steel

Reinforcement bars are only made of Austenitic and Duplex stainless steels. You can visit nearest Bharat steel suppliers in Chennai to choose a high durable type of steel product.

Rebar made of austenitic stainless steel

Nickel content is quite high in austenitic steel (around 7%). The alloy is exceptionally weldable and malleable as a result of this, and it has great corrosion resistance. It also has a significant level of chromium and a molybdenum addition of 2% to 3%. This improves its corrosion resistance in severe settings, especially when exposed to chlorides. Tensile properties and a better yield are provided by the nitrogen concentration. Due to its high flexibility, diamagnetic nature, and wide temperature range, austenitic steel is commonly utilised as reinforcing bars in industrial pipelines and architectural projects. In different nations, it is divided into different categories according to the proportion of materials contained.

Rebar made of Duplex Stainless Steel or Austenitic-Ferritic Stainless Steel

Duplex stainless steels are a fantastic blend of ferritic and austenitic steels that are stronger than both varieties and are widely utilised in the subsea oil sector. This is owing to its excellent corrosion resistance, which allows it to endure highly corrosive saline for long periods of time. The primary application for this metal is rebar. Structure boards, obstruction and concrete structures, grounding processes and dovetail joints, chemical manufacturing facilities, coastline piers and wharves, structure railings, sidewalks, and bridge pilings have all benefited from the combination of Austenitic and Ferritic stainless steels, which have supplied an outstanding element of strength and durability. When compared to Austenitic steels, Duplex Stainless Steel has a lower nickel content, making it less expensive.The steel is also divided into many categories. By considering the below factors you can get good steel products from JSW steel dealers in chennai.

Stainless Steel Rebars: Characteristics

Stainless steel reinforcement bars have been put to the test in a variety of ways to evaluate how they compare to other rebars. They have risen to the top of the rankings thanks to a large number of alloys that set them besides other ineffective and flimsy rebar options.

Steel of Excessive Hardness

Stainless steel has a 10% higher chromium content than some other alloying components. Chromium is the main component that boosts the strength and hardness of the material. Nickel is also present, which gives similar benefits while maintaining ductility and toughness. Duplex steel bars outperform austenitic steel bars in terms of strength.

Resistance to Corrosion

Stainless steel rebars contain a high chromium concentration, which generates an oxide coating that inhibits corrosion. This property allows it to survive the damaging effects of chloride, which can be found in road salts, ocean, and even concrete. Because it contains at least 16% chromium, austenitic stainless steel has the best corrosion resistance.

Ductility

The nickel presence in stainless steel rebar gives it ductility. These rebar materials are ideal to be used in earthquake – prone areas, frozen operations, railroads, and other applications due to their exceptional ductility and corrosion resistance. To know more about the properties of steel bars do check out Bharat Steel Dealers.

Magnetic Reaction

Stainless steel bars have a low magnetic response due to their high nickel content. Due to its high magnetic permeability, normal carbon steel cannot be used in many applications. Rebars made of stainless steel come to the aid!

Resistance to fire

When compared to ordinary carbon steel bars, stainless reinforcement bars function greater at higher temperatures. Because of its high potency retention factor at increased temperatures (over 500°C), they are more fire resistant.

Resistance to Cryogenics

Stainless reinforcement bars can withstand a broader temperature range. Austenitic steel retains its strength and modulus of elasticity even at sub-zero temperatures, allowing it to be used in a variety of applications.

Fabrication Of Steel And Its Various Applications

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April 21, 2022
Fabrication Of Steel And Applications

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?

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April 7, 2022
Steel In Construction

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

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March 24, 2022
Steel In Constructions

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 .