Features Of MS Chequered Plates

July 31, 2021

The construction industry is highly dependent on steel and its products. Steels are used as the core material in every construction site to increase the strength of the building. So, without steel, there will be no future in the construction industry. You may want to construct a home or discussed with different engineers about your dream home. Whatever the design may be, you need to know what type of steel you ought to buy and can it withstand for the years to come.

Hence, in this post let us see more about the attractive features of an MS chequered plate and how it helps in the construction industry. An MS chequered plate is a pierced sheet manually or mechanically to create a pattern of holes, slots, or decorative shapes. The raw materials undergo a tedious process to form the desired product and are executed under proper supervision. These sheets are extremely durable and last longer.

Slip resistance:

MS chequered plates undoubtedly prevent many accidents by providing a safe and anti-slip surface. The technology used in the chequered sheet has made it more resistant to ensure the safety of our clients. The steel dealers in Chennai provide steels with high friction and technology developments.

Manufacturing process:

The quality of steel highly depends on the manufacturing process. A rolling technology with modernized equipment is installed in the process to manufacture the product. The material manufactured has uniform quality and is able to withstand for the years to come.

Lightweight:

The chequered plate is comparatively low in weight compared to other steel products. With the incorporation of modern technology, redundancies are removed, resulting in a perfect shape and material. The MS steel suppliers in Chennai manufacture lightweight chequered plates for commercial users

Load resistance:

The sheets are resistant to high load and weight. Have you ever noticed that these plates are used in staircases, bridges, and flyovers?. They have a high resistance to heavy load and find application in many industrial areas.

Inexpensive:

Despite the excellence of quality and its characteristics, the chequered plates are available at a reasonable price and the maintenance is also low. The steel plates are sold as per-unit cost by the manufacturers. Therefore, the MS plate price in Chennai is more affordable than in other places.

Hence, these are the benefits obtained when you choose a chequered plate for your construction. Therefore, you can even buy the chequered plate according to your preferences.

Things To Look Out For When Buying TMT Bars

July 19, 2021

Every building that you see has steel products as the core. For instance, there is no project without using MS chequered plate to reinforce the structure. Without steel, there is no construction industry. So, you may be an engineer ready to start the next project. Or you might be looking to build your house. No matter the nature of the construction, you ought to choose TMT bars to ensure the longevity of the building. And there is no need to say that it must conform to quality standards.

In this post, we will discuss the things to look out for when buying TMT bars. A SAIL TMT Bar offers immeasurable strength, elongation capacity, and high bending ability. These bars increase the overall structure of the building. However, it also depends on other factors like building design and other materials’ quality used in the construction. But, it is safe to say that TMT bars contribute to most of the structural integrity of the building.

1 – Nature of the manufacturing process

The strength of the TMT bar is hugely determined by how it is manufactured. Some of the methods are no longer in existence. New technologies have transformed the industry—and with it, the quality of the TMT bars. The majority of Steel Suppliers have TMT bars that are produced through these latest developments. These bars conform to the highest quality standards. Therefore, give you more strength and benefit than ordinary steel bars.

2 – Certification

No matter what product you choose to buy, certification is essential to guarantee quality. The same applies while buying TMT bars. You need to look for BIS (Bureau of Indian Standards) and ISO certification on the products. It is a good sign that all the set standards and compliances have gone into the making of the TMT bars. Therefore, check for such certification with the Steel Dealers in Chennai before making the purchase.

3 – Grade of the bars

There are multiple grades when it comes to steel products. You must know the significance of them before buying TMT bars. In simple terms, the higher the grade goes, the stronger the bars get. If you are in the market, you can see numbers like Fe415 or Fe500. This number denotes the grade.

4 – Pliability

Only when the TMT bars are flexible, they can resist external pressure. Any steel products that break while bending will not be capable of ensuring sound structural integrity. They should be able to withstand shocks and seismic stress without crumbling under the pressure.

5 – High Corrosion Resistance

TMT bars should resist corrosion. Otherwise, they might weaken and would not be able to bear the whole weight of the structure. This property of the TMT bar is even more essential if the building is located in a region with constant rainfall or long exposure to moisture.

6 – Weldability

TMT bars sometimes have to be cut, reshaped, and welded at the right positions. Therefore, the steel must allow for an easy welding process.

These are the six major things to look out for when buying TMT bars. Always make it a priority to buy from quality JSW steel dealers in Chennai to ensure the overall stability of the building.

Things Needs To Be Known About The Various Types Of Steel

July 10, 2021

Steel has become an important commodity with hundreds of different variations based on the kind of usage. So, various JSW steel dealers in chennai carry each steel depending on their chemical, structural, physical properties and features.

Categorization Of The Various Types Of Steel:

Carbon Steel:

Most of the steel around the world is a certain form of carbon steel. It comprises carbon, iron, and varying particular forms of other alloying elements. Carbon accounts for 95% of all steel production as it is the main alloying element of the steel. It helps in creating a rigid and a lot more stronger metal. This is because the atoms present in the carbon slightly distorts the lattice, travels through iron crystal lattice, and fills the gap between the metallic atoms.

Alloy Steel:

Alloy steel is made of varying amounts of several metals besides iron. These additions help in increasing the characteristics of steel to present specific applications. Metals such as titanium, manganese, chromium, silicon, nickel and aluminum are used in certain capacities. The utilization of these metals results in properties which cannot be found in carbon steel. Required change occurs in the steel’s formability, strength, ductility, corrosion resistance, and hardenability.

Nickel Steel:

Nickel steel alloy consists of a high content of 4.5% which comprises approximately around 0.25% carbon content. Its speciality is that adding nickel strengthens the MS chequered plate without a drastic decrease in ductility. This increase in toughness assists in resisting fractures that may be caused by high shocks, impacts, and loads.

Tungsten Steel:

Tungsten is fundamentally a dull silver that possesses a high melting point among all kinds of metals in the purest form. The ability and its strength makes it stand out from the other metal types to withstand high temperatures. Besides this, nozzles of rocket engines make use of this steel to accomplish high heat resistance. When you combine it with nickel, steel, cobalt, and iron, it can be used to offer turbine blades for several kinds of aircraft. Many other tools and machines require heat resistance which make use of this steel.

Manganese Steel:

Manganese steel is the hard one which is made up of 10 to 15% of manganese content. Due to its excellent wear resistance and hardening characteristics, you can use it for manufacturing complicated railway tracks. Other modern applications include shot blast cabinets, shovel buckets, anti-drill security plates and scrapers.

Vanadium Steel:

Vanadium steel is known for its ability to absorb shocks as well as for its corrosion-resistant properties. Apart from being used for a SAIL TMT Bar and chemical carrying pipes, this steel is used in the form of a thin layer to bond titanium for aerospace applications.

Thus, all the above types of steels can be considered before buying them according to the needs.

Role of Angle Bars in Construction

June 19, 2021

The longevity of a building depends heavily on the structure. Through days of extreme weather conditions and wear and tear, they ensure stability. Each accessory used in the making of the structure is pivotal to the structural integrity of the building. One such accessory is called Angle bars. It is also known as L-Brackets. Let us discuss the Role of Angle Bars in Construction in brief in this blog.

It is pretty common to find it in huge supply with all Steel Dealers. These bars come in right angles with vertical legs. They may be equal or unequal in the length depending on the project. Generally, any carbon or low alloy steel is rolled under extreme heat to produce angle bars. A lot of construction projects make use of angle bars for stability. They can withstand internal stresses and do not buckle under the weight of the whole building.

Because of their inherent strength, they are widely used in many construction activities. Let us see the role of angle bars in Construction.

1 – High-rise buildings

Angle bars always find a permanent spot in any construction project. They can easily adapt to suit the distinct need of a particular activity. This quality of angle bars has increased its significance. They are used to reinforce concrete, support the ceiling, and improve the stability of the building. One of the major advantages of the SAIL TMT Bar is that it reduces the use of concrete. These bars also act as good alternatives to other steel accessories. The engineers can also lower the cost by using angle bars.

2 – Shelves

It can be surprising to find angle bars in consumer goods as well. It reinstates the fact that they are very versatile. Apart from construction—where the environment is very intensive—they are also used in simple everyday items. Angle bars go into the making of shelves for different storage purposes. They can be seen in many warehouses for sorting and storing goods. It is very useful to enable proper workflow in the logistics of the warehouse. The shelves are only structural and lack any solid design. But they can hold a large number of boxes stacked on them.

3 – Bridge Construction

A bridge is built in the following sequence—the foundation, substructure, and superstructure. All three layers siphon off the strength from each other. They work in unison to ensure the overall stability and endurance of the bridge.

Angle bars are common at each one of those stages. In the foundation, they are used along with additional steel products to improve weight distribution and loading bearing capacity. They find a place in substructure as vertical columns. Then in the superstructure, they help to connect most of the beams, girders, and columns. For instance, they support the weight of the MS chequered plate above them that is used in the flooring.

4 – Transportation

All the railway lines are joined with the help of angle bars. Usually, they are fabricated to meet the needs of the project. The durability and strength of the angle bars ensure the quality of the railway lines. Apart from this, they can also be reinforced to form the chassis of a vehicle and provide structural integrity. Angles bars with higher carbon content can also protect the vehicle from damage during accidents.

You need to get the best quality from your Steel Suppliers since they play an integral role in construction. It will safeguard the entire stability of the building.

What Are The Methods To Accurately Measure The Carbon Content In Steel?

June 12, 2021

Steel is generally categorized based on its carbon content. They make the steel stronger and harder and fabricate it more brittle to weld. Steel Dealers in Chennai use various testing methods to accurately measure the carbon content in Steel.

Common Metal Identification Methods:

Visual Spark Analysis:

Visual spark analysis is one of the ancient techniques that allows for steel testing in the field and minimizes the amount of time needed to get the desired results. This method requires a section of steel to be rubbed with a high-speed grinding wheel. As the spinning corrosive wheel is applied to the steel, the sparks that are discharged are compared to other known samples or either a chart. The presence of the sparks specifies the classification of steel. This test has to be done in a darker setting to better notice the sparks. However, this method does not need any quantitative analysis.

XRF Alloy Grade Identification:

This kind of analysis does not need any demolition of the sample to identify its grade type of alloys. The XRF uses X-ray diffraction analysis to end the Positive Material Identification or PMI instead of an electric discharge. You can do this method with a microscopic device and it takes only a few seconds to complete. These tests have become popular as they can be done anywhere. This technique can find out the steel grade even of the MS chequered plate based on a random analysis.

Arc Sorting:

Arc sorting is one of the rapid methods of examining metal for content. This method analyzes the sample in air using a spectrometer with an electric discharge and compares the illumination intensity of the sample with the reference one. This sorting of steel does not require argon throughout the process.

Spark Optical Emission Spectroscopy (OES) Analysis:

This type of analysis utilizes argon as a protecting gas around the spark thereby permitting for carbon analysis. This technique while being more exact than Arc sorting or XRF is also gradual as the sample requires to be prepared with a standing belt or disc and the analysis can take many seconds. However, this is the only method that offers an exact quantitative carbon reading.

So, you need appropriate training to measure the carbon content present even in SAIL TMT Bar with several pieces of equipment. Thus, understanding the cons and pros of all the above techniques will help you make the right decision when it comes to gauging the carbon content in steel.

Which is best for your construction project—Structural steel or Reinforced concrete?

June 4, 2021

Every construction project requires special attention. The builders must make a series of decisions to ensure the long-term stability of the construction. The project typically needs proper planning, efficient engineers, and skilled laborers to transform the blueprint into reality. Out of all of the decisions, choosing the right material takes priority. Many builders weigh structural steel bought from the Steel Dealers and reinforced concrete. A lot of analysis goes into this selection. They may consider the following:

The cost of the material
Durability
Ease of availability
Resistance to high temperatures

Engineers would include but not limit the criteria to the above factors. This post will give an understanding of the differences between structural steel and reinforced concrete.

Materials used

Let us look at the things that make them both. Structural steel is of two types—Mild carbon and high carbon respective to their composition. The former is mostly used in automobile components and MS chequered plate while the latter is used in building framework and steel pipes. Generally, high-carbon steel contains more than 0.5% of carbon.

Reinforced concrete is a sum of naturally powdered materials, pastes, and other secondary raw materials that go into them. Even though their composition might vary, they would consist of the above materials. They are used along with SAIL TMT Bar to enhance the tensile strength of the whole structure.

Durability and strength

There is no big difference between the strength of both materials. Structural steel would have a minimum strength rating of around 400 MPa (Megapascal) and may go up to 500 MPa. Reinforced steel would have 415 MPa. However, they can contribute only up to 60 MPa on their own.

Structural steel and reinforced concrete both work well together. Concrete makes the building immune to high compression force at times of natural disasters. The building will stand strong during earthquakes. Structural steel resists strong winds so that the roof would not tear off when there is a storm.

Availability of the materials

Structural steel needs rebars that are available in abundance. You can recycle the components without any loss of their essence. You may be surprised at this fact. Most of the buildings you see today have at least 25% of recycled components. Thus, structural steel is abundant and would not run out of stock that easily. On the other hand, concrete is slightly tricky to get on time. There are still difficulties in streamlining the import-export of the concrete and its transportation.

Cost of the materials

Given the fact that steel is readily available, it needs a lot of processes to bring it to use. The steel goes through many levels of fabrication to fit the needs of the specific project in question. It tends to increase the cost involved in custom making the steel. It is the reason why MS plate price in chennai is high. But, concrete is a natural substance that requires less processing. They consist of different minerals that are pounded into fine powder. Once all the additions in the material have been made, it is ready for use. All you have to do is add water to it.

Even though one material gets the upper hand in some criteria, it is always wise to choose material to suit the project. Concrete may be less costly but structural steel offers resistance and durability. Irrespective of their advantages over the other, both the materials must be used in coordination to increase the overall strength of the building.

All you need to know about Metal Fabrication!

May 21, 2021

There is a significant trace of metal fabrication in every object that you see in real life. From the smallest of the kitchen appliances to the moving car, from the smallest of the nuts and bolts to the grand architectural creations—Everything has undergone varying levels of fabrication. You might not even recognize them. You would be oblivious to the elaborate process they have gone through to attain the current state.

Metal fabrication is an integral part of the construction industry. All Steel Suppliers play an important role in metal fabrication by supplying the best quality steels to the fabrication companies and workshops. The output of the fabrication process weighs heavily on the strength and quality of the steel as much as the skills of the fabricators.

What is Metal Fabrication?

In simple terms, metal fabrication is altering the form of sheet and flat metals like MS chequered plate to fit the requirements. Generally, no materials will not go along with the other components in the construction as it is. The dimension may be larger than expected. The shape may not be compatible. Therefore, any metal goes through a certain degree of fabrication or modification to comply with the specifications of the project.

The metals go through cutting, welding, casting, and other processes depending upon the material and its purpose. These activities are carried out by specialized metal fabricators who can slice any metal to perfection. We will look at this in detail in the following section.

The different facets of fabrication

1 – Cutting

This is the most basic fabrication process followed to bring the material into use. Out of the whole, certain portions in the desired dimensions are cut out. They may be cut to a certain shape or size based on the necessity of the project.

2 – Cast

The hot, liquid metal is poured into a predefined mold. Later, when the liquid cools down and the mold is removed, the metal retains the shape of the mold. This process is easy to achieve intricate designs rather than cutting them.

3 – Folding

High pressure is applied to the surface of the metal. It allows for a fabricator to bend the material to a certain degree as needed. It is a complex process and may need the latest technologies to perform this process effectively. For example, a SAIL TMT Bar is bent accordingly to form the desired shape.

4 – Welding

This is also one of the most commonly used fabrication processes. Any two or more metal components are fused together by using a considerate amount of heat. It makes all the independent jell together as a single unit.

Applications of Metal fabricated products

The use of Metal fabricated products is never-ending and prevalent across all industries. Hence, metal fabrication contributes a lot to the construction industry, even though its presence is hidden from the naked eye.

The complexity in the construction process and the time has significantly reduced in recent years. Thanks to structural frames. Fabricated products make up the skeletal structure for the buildings no matter their size or scale. Beams and MS plates along with other fabricated materials make the structure of the building. Since the MS plate price in chennai is fairly economical, therefore they are one of the widely used materials in the process.

Fabrication plays an important role in the Ship-building industry because they are known to be the largest consumer of steel. Fabricated materials are essential for the whole structure to stand firmly.

Common Steel frame construction types and their components

May 14, 2021

There is an interesting fact about steel that says 75% of all appliances are made up of steel. It is not surprising because steel is an integral part of any construction project. Every building, no matter for which purpose they are constructed, steel becomes the primary material used in the project.

Steel—amongst other uses—serves as a frame upon which the entire building is to be built. The durability of such frames depends heavily on the quality of the Steel Dealers in Chennai. Steel frames can either be prefabricated in a warehouse off the site or constructed from the ground up on-site, depending on the requirements of the project.

What are Steel frames?

Steel frames consist of columns and beams that are either welded, molded, or bolted to form the desired structure. All the components of the frame cohesively work to hold the building together and also distribute the load equally within themselves.

It is used mostly by engineers to speed up the process of construction. Steel frames allow good flexibility and durability, making them a perfect choice for a sturdy, long-term construction project at a low cost.

Steel frame building types

1 – Standard steel fabrication

It is a basic form of steel frame construction. The engineers go to work with the pre-planned measurements and sizes of different columns and cross-sections. Then, they cut steel the SAIL TMT Bar based on the layout, and then everything is assembled and welded to form the final unit. It is carried out exclusively on-site and is very labor-intensive.

2 – Welding steel fabrication

This kind of steel frame construction happens off the site in a warehouse. The components are custom made to fit the requirements of the building design and painting is done before starting the assembling process. They are then taken to the construction site and every component is joined by welding at the site. They are the most used type of steel frame construction as most of the work is completed off-site.

3 – Light gauge frame construction

Thin sheets of steel are accordingly shaped as C-sections and Z-sections, which are used for the construction of residential flats and low-tier houses. This method of steel frame building gives a great amount of flexibility to the design and decreases the time and effort required for the construction.

Steel frame components

Generally, the steel frame components are classified into primary framing and secondary framing based upon the level of their importance to the structure.

Primary framing components

The durability of the construction solely rests on these primary components. They take the massive weight of the frame upon itself and ensure the longevity of the frame. Failing to use such primary framing components would be detrimental to the building. Following are the steel members that make up the primary portion of the structure.

Columns provide vertical support and mostly follow after the basement is laid. They are either metal tubes or come in U, H, or I-shaped cross-sections.
Beams are laid on top of the columns to provide horizontal support.
Rafters are sturdy beams that support the roof structure.

Secondary Framing components

These steel members are generally used to provide additional support to the primary components and to minimize the wear and tear of the primary frame elements. Secondary components also offer utility. For example, MS chequered plate minimizes the risk of falling when attached to stairs in industrial buildings. The MS plate price in chennai is fairly economical thus, installing them during the construction provides a good grip to the floors.

What makes your steel bars competent? – A guide to ensuring quality!

May 6, 2021

A construction job–be it in any form or scale–involves a huge investment in terms of the design, R&D, raw materials, labor force, and the constant pressure of meeting guidelines, compliances, and deadlines. It suffices to say that a construction job has a lot of moving parts and any one mishap or a lag in quality would be detrimental to the success and completion of the project.

An able team of engineers and handpicked Steel Suppliers (amongst other factors) are crucial in finishing the project within the desired time and budget.

Construction projects should never be carried out with just the completion in mind but focus on the long-term durability and sustenance of the project. This can be ensured whether the quality of materials used–especially steel–complies with all the requisites of a competent raw material.

What can be done to test the quality of the steel bars used in the construction? Here are a few tests to gauge the grade of the steel:

1 – Tensile Tests

This test is fundamental to assess the ability of the steel bars regarding the elasticity, and its yield strength. This makes sure that the steel bar is capable of withstanding tension or being drawn out to suit the requirements during a particular construction job. The SAIL TMT Bar tolerates high-pressure situations due to its inherent quality of being very ductile.

2 – Bend Tests

These tests show a considerate amount of results in observing the extent to which the steel bars resist fractures before they break. It is essential for the material to not give up easily under pressure and have high ductility. If it fails to pass this test, rest assured the steel bars will succumb to the pressure during a construction job and will only lead to poor quality of construction.

3 – Compression Tests

Compressing the steel bars under a huge amount of pressure and putting a lot of stress on the material, reveals crucial information regarding its ability to endure cracks. Fragile steel bars would not make a good raw material as they have a high probability of collapsing under heavy stress. MS chequered plate is credited as one of the best materials to withstand high pressure. The MS plate price in chennai is fairly economical considering its durability and tensile strength. Hence, they would make for a competent and affordable material in the construction process.

4 – Brinell’s Hardness Test

Brinell’s Hardness Test is widely used to measure the hardness of a particular material. On applying constant pressure, the test sample would mostly leave an indentation–permanent in nature–on the sample. This will reveal the hardness of the material. Weak indentation marks can be observed if the material is hard and deep marks are left behind on soft material surfaces.

5 – Impact Tests

The energy consumed by the material on impact gives an understanding regarding its strength and its capacity to absorb shock. These tests are done in different conditions to assess their effect on the overall durability of the material. Impact tests are very beneficial in understanding the tested sample’s application and its life based on the results gained.

These tests will ensure the quality of the steel bars in the construction project as it determines the overall long-term success of the endeavor.

What is the key difference between a black bar & a bright bar?

April 28, 2021

Several unprocessed techniques are adopted by some Steel Dealers to make stainless steel alloy wheels that are being designed almost for all industries to produce countless machining elements. The 3 main raw materials used for manufacturing parts such as valves, fixtures, mechanical instruments, studs, bolts, pins, hinges, poles, operational and medical devices, and others are the bars, cables, and bolts. Due to their greater power and ductility, indoor steel bars are widely used in various sectors. Such frames are mainly manufactured and are used in different configurations: luminous bars of steel material and the black bars of stainless steel. Many people are asking queries about the distinctions to reputed Steel Dealers in Chennai.

Yes, to solve those queries, we can have said that the method of processing these metals in the mill has some significant differences. However, there is not so much distinction when we talk regarding design specifications or the rating of these metallic materials. They can be built to serve specific goals with different strengths, ductility, and other features. Attempt to explain the significant changes between light bars and black bars, so that you can choose which one is the greatest for your company.

Black Bars of Steel Material:

Black bars are established by the procedure of rolling, through which the steel passes via multiple rolls during the heating of the raw resources like billets, blooms, etc. with a temperature of about 1200C. Metal can quickly be shaped to any desired shape at this temperature range and produced in much bigger dimensions according to leading MS steel suppliers in Chennai. The formation of black bars doesn’t involve second precise reheating passes, and therefore they are mainly established without postponement. It cannot precisely control the bar size and form, since it shrinks after freezing. This process does not allow for accurate control. It’s also why black bars seem to be comparatively lesser than bright steel bars. Black steel is used where precisions and tolerance levels do not need to be used for the manufacture of rail tracks and I-beams, for example in the welding and building sector.

Bright Bars in Stainless Steel:

A luminous bar is, to put it simply by Steel Suppliers, is a sophisticated black bar version. Bright frames are found with the cold pressing in which they are chilled at room temperature and then further filtered through gluing, going to turn, milling, perfecting, and trying to roll. This method as suggested by JSW steel dealers in Chennaiallows accurate shape and size of a bar without affecting its characteristics. It thus helps the final product with a range of surface finishes to accomplish nearer tensile properties.

Cold drawn bright bars provide outstanding coating and increased strength, concentration, and rectitude. High bars are tougher to use compared to black bars and relatively more expensive. Even so, where thresholds, surface layer, concentration, and rightness are the highest priorities, luminous bars are the way forward.

No matter which sector you relate to, Bharat Steels, the leading Steel Suppliers in Chennai cables are there to support you if you’re shopping for the perfect manufacturing companies of stainless bars and suppliers which provide top quality luminous bars in India. To understand more about the broad range of products, please contact us at the earliest.