Tri Round Bars

Everything You Need To Know About Bright Bars

What are Bright Bars?

By using a cold drawing technique in a cold reduction mill, bright bars can be made from stainless steel alloys. A bright bar is a raw material that has a geometrically precise molecular structure along with a very smooth, bright surface finish, which is why it is called a bright bar. Stainless mild steel uses is mainly comprised of stainless steel with varying amounts of carbon and traces of other elements, such as chrome, manganese, and iron.

Because of their strength, durability, and most importantly, their corrosion resistance properties, bright steel are widely used by almost all industries. Their high weldability and machinability make them highly advantageous for precision machining components and constructing large, sturdy structures since they are highly machinable and weldable. Is one leading Manufacturer, Supplier & Stockist Of Round Bars.

TRB 12

How is the bright bar manufactured?

When raw materials are melted, bright bars are made from black bars. After cold drawing, the material is cooled to room temperature and further fine-finishing processes are performed, including annealing, turning, grinding, polishing, etc. By using these secondary processes, the final product can be produced with a closer tolerance of dimensions and with a wide range of surface finishes. Aside from having a superior surface finish, they also have a higher degree of susceptibility, concentricity, straightness, and corrosion resistance, in addition to having a superior surface finish.

In order to manufacture bright bars via the drawing process, there are three basic steps to follow:

Raw materials for rolling:

The raw material is passed through the hot rollers at temperatures that are higher than the recrystallization temperature of the steel in order to form the bar, but this process does not allow precise control over the curvature of the bar, thus leaving it uneven and extruded, en1a chemical composition. What is alloy steel?

The drawing process consists of the following steps:

After the bar has been cooled down to room temperature, it is then passed through a drawing machine, which is fitted with a die that reduces the diameter of the bar while increasing its length. Which of the following is a nonferrous alloy?

The final product is as follows:

In the end, a finely surfaced bright bar with enhanced mechanical and chemical properties is the product that is obtained from the drawing machine.

TRB 15

What are the types of bright bars?

Bright Round Bars:

The bright round bar has been manufactured through extensive heat treatment in order to provide extreme hardness. Its properties can be easily enhanced by adding additional elements to the alloy to improve its hardness even further.

As far as ms round bar grades are concerned, the most commonly used grades are 201, 202, 304, 309, 316, 316L, 316Ti, 321, and the 400 series.

Bright Rectangular Bars:

The rectangular bar is highly resistant to heat and external impacts, which makes them an excellent choice when it comes to manufacturing small components for small machining machines.

Before rectangular stainless steel bars are formed for machining, they are heat-treated, cold-drawn, annealed, and tempered before they are formed for machining types of steel bars.

The diameter of a typical stainless steel rectangular bar can range from 12mm to 50mm.

Bright Hex Bars:

In general, hex bars are hexagonal in shape and are used for the manufacture of small fasteners and threaded components, such as nuts, valves, hose ends, fasteners, hex bolts, etc.

Due to their reliable strength and durability, hex bars are widely used in all kinds of fastening applications because they are very reliable and strong.

As well as the 300 series, they are also available in the 400 series.

TRB 16

Where are Bright Bars Used?

It is well known that bright bars play a major role in a wide range of industries, including:

The engineering and construction of giant structures are required to ensure their stability, strength, and durability.

Designed frames and chassis for automobiles in the automobile industry

  • The purpose of this is to design railings, trellises, and fences for public places and societies
  • The manufacture of machine components of various shapes and sizes for the manufacturing of machines
  • We are capable of making a wide range of fastener products in micro-size to mega-size for a wide range of industrial and non-industrial applications.  is one of the leading stainless steel bright bar setup manufacturers in India and abroad. We provide high-quality bright bar steel to all types of industries. If you’re looking to buy the highest quality steel from the most trusted bright bar suppliers in India, then visit the website today. is a leading supplier, stockist, manufacturer & exporter of SS 316L Bright Bars Manufacturer, Supplier, Stockist & Exporter from India. Get in touch with us for the Best rates & Availability Of 630 Round Bars & Other Grades.

Our Products

Best Products


    Find Us On

    Stainless Steel vs Galvanized: What’s the Best Type

    Stainless Steel vs Galvanized: What’s the Best Type

    What is better, galvanized steel or stainless steel? Customers often ask this question. Is one more expensive than the other? When it comes to weather resistance, which is better? As a matter of fact, neither kind of steel is always the best choice for every situation. The following are some basic facts about galvanized steel and stainless steel that will help you make the best choice.

    Galvanized steel and stainless steel look similar, so they are often mistaken for one another. The two types of steel, however, differ greatly in terms of strength, weight, and composition. You need to be able to distinguish between each type of steel in order to find the appropriate application for it.

    What Is Galvanized Steel?

    It is coated with a thin layer of zinc to make it galvanized iron. Rust is prevented from forming on steel beneath the zinc coating. It prevents corrosion when exposed to the elements, making nuts, bolts, screws, and nails durable. When it comes to water, galvanized steel does well – provided it is not salt water. The fumes produced by galvanized steel can be inhaled by welders working with structural steel. However, they will need to wear protective equipment to prevent having to breathe them. 


    What Is Stainless Steel?

    In the process of making stainless steel, molten steel is mixed with chromium. As a result of its unusual strength, it is resistant to rusting even when it comes into contact with water, even salt water. Stainless steel welding requires specialized skills. In order to weld stainless steel successfully, welders must exercise much greater control when heating and cooling it. To ensure that the filler materials match the steel being welded, they must take special care different between steel and stainless steel. 

    There are different types of stainless steel, so engineers and architects need to keep up with them. It might be used in machine shops to work with austenitic stainless steel. A ferritic stainless steel product is a cheaper product that is used for applications that are easy to replace, such as automobile exhaust pipes. Hardfacing is done with martenistic steel, which has a long wear life. The molecular structure of duplex stainless steel is a combination of austenitic and ferritic stainless steel, but it is hard to work with. Stainless steel that undergoes precipitation-hardening is usually used in aerospace applications, as niobium is added for extra strength. The more complex the alloy, the greater its strength, the higher its price, and the higher its labor costs.

    Galvanized steel vs stainless steel is generally more ductile and easier to work than stainless steel. Steel that is stainless is stronger and more corrosion-resistant than steel that is galvanized material.

    b10 2

    Difference Between Galvanised and Stainless Steel

    1. Preparation

    In order to create galvanized steel, ordinary steel is dipped in molten zinc.  Known as hot-dipping, this process involves dipping things in hot water. As another option for creating the coating, electro-dipping is often used, which involves dipping the steel in an electrolyte solution containing zinc and electrolyzing it to form the coating.  

    Steel and chromium are melted together and mixed in various ratios to create stainless steel. According to the type of stainless steel being created, the ratio varies. In order to remove any impurities that might remain on the surface of the composite after cooling, the mixture is treated with an acid as it hardens into its solid state.

    2. Composition

    To prevent corrosion, galvanized steel has a zinc coating applied to its surface, while stainless steel is made with chromium at ten percent or higher in its molten state. In other words, galvanized steel is made up of regular steel covered with zinc, while stainless steel is made up of two separate metals thoroughly mixed together.  

    3. Strength

    The strength of galvanized steel is significantly lower than that of stainless steel. A galvanized steel surface only contains an outer layer of anti-rust coating that wears away over time. Therefore, galvanized steel does not provide the same level of corrosion protection as stainless steel, which includes chromium as part of its protective mixture.   

    4. Price

    The cost of galvanized structural steel is almost the same as that of untreated structural steel. The cost of stainless steel is four to five times higher than that of galvanized steel 

    5. Uses

    Due to its lower price and weaker strength, galvanized steel is generally used for smaller-budget projects. Galvanized steel is extensively used in the construction of pipes and fittings in houses. Aside from manufacturing air-conditioning equipment, chain link fences, and metal roofs, it is also used in the manufacture of domestic air conditioning. The ability of galvanized steel to resist rust, withstand the harsh weather conditions, and be stronger and lighter than most metals makes it a popular material for a wide range of products.   

    For big budget projects requiring heavy lifting or thick components, stainless steel is used because it is more expensive and stronger. There are many high-end products that are built with stainless steel, such as skyscrapers, bridges, monuments and sculptures, cars, railways, airplanes, and many others.

    There are a number of differences between the two types of steel, and each possesses a number of advantages that make it uniquely suitable for various kinds of projects.

    Which Kind of Steel Stands up Better?

    Taking a closer look at the characteristics of these two types of steel, you can see that they are very different from one another. Despite the fact that both types of steel are applicable to a wide variety of products, one type is always more suitable than the other.

    When it comes to stainless steel, there are some situations when you should steer clear of it. Chlorinated water rapidly degrades this product, despite its ability to withstand salt water. You should also avoid any design that has two stainless steel components that generate friction against each other. It is possible for them to weld themselves together.

    There are situations in which galvanized steel may be a great choice, but it may require additional consideration. Welding should usually be done before galvanizing steel. The zinc protective layer at the weld is burned away when steel is welded after being galvanized. In order to protect the joint, galvanized steel may need to be regalvanized after welding.

    Building the rocket that will send the Space Force to Mars requires stainless steel. You will also need stainless steel if you are hired to build an ocean-going submarine. You’ll find that galvanized steel is the most economical option for most down-to-earth uses of steel on land, both in terms of material and labor costs as well as life cycle of the project.

    Our Products

    Best Products


      Find Us On

      Difference Between Bright Bar And Ground Bar ?

      Difference Between Bright Bar And Ground Bar ?

      What Is a Bright Bar?

      Bright bars are steel bars with a precise geometrical shape and tight dimensional tolerances. Smooth and shiny, its surface appears bright. It is possible to use and apply bright steel bars in a variety of ways. Rounds, flats, hexagons, and squares are available.

       Different Grades

      • ASTM A 276
      • ASTM A 314
      • ASTM A 582
      • ASTM A 484
      • ASTM A 476
      • ASTM Tolerance
      • DIN Tolerance

      The Different Uses Of Bright Bars

      • Round bars are used in the production of fastener products like bolts, nuts, pins, and rivets. Depending on the application and custom requirements, these could be micro- to mega-sized. Round Bright Bars are ideal for machining and making fasteners used in ambiances or domestic applications.
      • In India and around the world, round bar manufacturers manufacture tools and implements for technicians and mechanics using high-grade stainless steel base material. For machining and fabricating custom tools in custom shapes and forms, round Bright Bars are a good choice.
      • Bright bars in different shapes and sizes are directly used for manufacturing machine components like the smaller ones in automobile engines. To make these machine components, the manufacturers supply high-quality stainless steel base products to ancillaries and brands.
      • Engineering and construction projects often use round and flat bars. Bright Bars’ modular products provide immediate stability and strength, allowing the project to be completed quickly.
      • Trellis, fences, and rails in buildings are made from square, round, and flat bright bars. Today, SS bright bars are in high demand for making fancy trellises and staircases.
      • In automobile frames and chassis, different grades of steel bright bars are used. As a result of the precise dimensions in which steel bright bars are made available by the manufacturers, all these uses have emerged. Quality SS bright bars ensure accuracy and stability in the applications mentioned above.

      Types of Bright Bar

      Angle Shape Cold Drawn Bright Bar

      Capsule Shape Bright Bar

      D Shape Bright Bar

      Double Side Taper Bright Bar

      DSL Bus Bar Profile

      Half Round Bright Bar

      Hex Bright Bar

      I Section Bright Bar

      Isolates Triangle Bright Bar

      Medical Implant Quality Bright Bar

      MS Flat Bright Bar (Rolled from Billet)

      Pawl Profile

      Pawl Profile Bright Bar

      Round Bright Bars (VSP Make)

      Scalene Triangle Bright Bar

      Snip Shape Bright Bar

      Special Steel Profile

      Steel Profile Bright Bars

      Shape Bright Bar

      T -Shape Cold Drawn Bright Bar

      Tear Drop Shape Bright Bar

      Trapezoids Triangle Bright Bars

      Y Shaped Bright Bar

      HSN Code for Stainless Steel Bright Bars

      HS Harmonized System Codes were created by the World Customs Organization (WCO). HTS code in the USA, NCM code in Brazil, and HSN code in India are also known as HS codes in common.

      First six digits of HSH Code, In all Countries are same.

      HSH Code’s first six digits are the same in all countries. Nevertheless, some countries might add another two digits or four digits without modifying the first six digits, as part of the detailed product description process. Because of this, some countries have 8 HS Codes instead of 10 digitsBecause of this, some countries have 8 HS Codes instead of 10 digits.

      First Four Digits Hs Code Bright Bar

      Heading Codes

      Heading Description


      HS Codes Of Other Bars And Bright Bars Of Stainless Steel; Angles, Shapes And Sections Of Stainless Steel First Six Digits HS Code SS Bright Bar

       First Six Digits Hs Code Bright Bar

      HS Codes

      Products Description


      HS Codes of Of circular cross section :


      HS Codes of Other :


      HS Codes of Bars and rods, cold-formed/cold-finished :


      HS Codes of Other bars and rods :


      HS Codes of Angles, shapes and sections :

       First Eight Digits Hs Code Bright Bar

      HS Codes

      Products Description


      HS Codes Classification of Chromium type


      HS Codes Classification of Nickel chromium austenitic type


      HS Codes Classification of Other


      HS Codes Classification of Chromium type


      HS Codes Classification of Nickel chromium austenitic type


      HS Codes Classification of Other


      HS Codes Classification of Chromium type


      HS Codes Classification of Nickel chromium austenitic type


      HS Codes Classification of Other


      HS Codes Classification of Chromium type


      HS Codes Classification of Nickel chromium austenitic type


      HS Codes Classification of Other


      HS Codes Classification of Chromium type


      HS Codes Classification of Nickel chromium austenitic type


      HS Codes Classification of Other


      HS Codes Classification of Chromium type


      HS Codes Classification of Nickel chromium austenitic type


      HS Codes Classification of Other


      HS Codes Classification of Chromium type


      HS Codes Classification of Nickel chromium austenitic type


      HS Codes Classification of Other


      HS Codes Classification of Chromium type


      HS Codes Classification of Nickel chromium austenitic type


      HS Codes Classification of Other


      HS Codes Classification of Of thickness of 80 mm and above


      HS Codes Classification of Of below 80 mm


      Bright Bar

      What Is a Ground Bar?

      Ground steel bar in our full range of steel specifications. Ground steel bar is suited for applications that require a tighter tolerance than commercial bright drawn, bright turned, or bright peeled bar. Precision grinding of steel bars offers a defined tight tolerance on diameter, good roundness, straightness, and a fine surface finish. The roundness and straightness of a ground steel bar ensure its suitability for machining in environments that require minimum vibration as the bars rotate at high speeds. Centreless ground steel bars are well suited for applications such as drive shafts, pump shafts, rolling bearings, pins, bolts, and ball bushings.

      Different Grades

      We can produce the majority of grades we supply as precision centreless ground steel round bars with tight tolerances. Below we list our most popular grades of precision ground steel bars which we can produce in approximately 10 to 14 days. If the grade of steel you require as the ground bar is not shown please contact our friendly and helpful sales team.

      Precision Ground Alloy Steel Bar / Rod

      EN16T | EN19T | EN24T | EN26W | EN30B | EN31 | EN32 | EN36 | EN40B | EN41B | 605M36T | 709M40T | 708M40T | 817M40T | 826M40W | 835M30 | 535A99 | 655M13 | 722M24 | 905M39 | 4130 | 4140 | 4145 | 4330V | 4340 | 8620 | 6150

      Precision Ground Carbon Steel / Rod

      EN3 | EN8 | EN9 | EN32 | EN43 | 070M20 | 080M40 | 070M55 | 080A15 | S275 | S355 | C45 | Precision Ground Mild Steel

      Precision Ground Stainless Steel Bar / Rod

      17/4PH | FV520B | S31254 | 904L | 310 | 321 | 316 | 440B | 440C | 420 | 410 | 416 | 431 | S31803 | S32760

      Precision Ground Tool Steel Bar / Rod

      O1 | D2 | D3 | O2 | D6 | A2 | S1 | H13 | P20 | P20S | 420 | 1.2083 | 2767 | M2 | M42 | Ground Flat Stock | 1.1730

      Uses of Ground Bar

      Ground bars are used in a variety of machinery, mechanisms, valves, fittings, flanges, threading bars, subways, chemical and fuel tankers, signboards, escalators, elevators, lifts, and petrochemicals.

      Ground Bar Types

      • Duplexl Ground Bar.
      • Bearing Shaft Quality Bar.
      • 416 Ground Bar Condition T.
      • 17-4 Ground Bar Rod.

      Our Products

      Best Products


        Find Us On