How Can The Steel Industry Give A Much-Needed Boost To The Indian Economy In the Future?

India now ranks as one of the largest economies in the world with the highest rate of growth in GDP. The country’s economic position can always be improved by developing infrastructure. Steel has played an important role in the economic and infrastructure growth of a country since the Industrial Revolution. It is used in diverse industries like infrastructure, manufacturing, construction, automobiles and more. India is the second largest producer and consumer of crude and finished steel in the world. In India, steel has a multiplier effect of 1.4x on GDP and 6.8x on employment. The growth in the steel sector is expected to improve the economic growth rate of India. The increasing demand for structural steel and its rising applications is expected to give a boost to the steel demand as well as the Indian economy.

How can structural steel help the Indian economy to grow?

In a report from the National Council of Applied Economic Research (NCAER), steel plays a crucial role in a country’s overall development. Structural Steel plays a vital role in building houses, producing cars, and making everyday utensils and packaging. Besides, it can be used for various engineering applications, power generation, petrochemicals, and fertilizers.

The high structural steel demand can increase employment opportunities, especially in Tier III cities. It can multiply the employment rate immensely. India has already taken over the market of steel as the world’s second-largest producer of crude steel. Structural Steel industries in India produced more than 7.2 MMT of structural steel last year. Steel consumption employs more than 20 lakh people annually.

Hence, the structural steel industry has propelled the supply of steel overseas and put the country on the global stage.

India’s demand-supply scenario

India is expected to see a rise in demand for structural steel in the near future. The demand for structural steel is expected to grow at 5.5% in the next five years, compounded annually. Over the last few years, there has been a radical change in the approach to steel consumption. The construction industry has increased its use of structural steel tubes and pre-engineered building materials though it is still way off the global consumption of 10% of total steel use. The current rate of 4-5% leaves a lot of scope for the future. Structural steel has a wide range of applications across diverse industries and is made using the latest technology that results in more durability less steel consumption, minimal wastage and faster project execution.

India has a market edge in  structural steel manufacturing due to the following factors:

  • High-grade iron ore and non-coking coal are two components of steel manufacture which are both available locally.
  • Expanding domestic and international market
  • Thriving MSME sector
  • Having a young workforce and low labour expenses

India still needs to boost its current per capita consumption. Per capita Steel tube usage has moved from 57.6 kg to 74.1 kg over the last five years.

Future of the Steel Industry

India will see a huge demand for steel for affordable urban and rural projects, such as railways, roads, residential buildings, and the domestic shipbuilding industry. Also, steel is used in the defence sector and growth in the automobile sector.

According to the 2017 National Steel Policy, by 2030-31, 300 million tonnes of production capacity will be available. The government is aiming to raise rural steel tube consumption from 19.6 kg per capita to 38 kg per capita by 2030-31.

Despite being the world’s second-biggest steel producer, India is far from being self-sufficient in high-grade steel production. Due to limited resources, the steel sector is also facing low supply ability to the market.

The National Steel Policy 2017 provides the broad framework  has been put in place to promote the growth of an economically competitive, technologically advanced steel industry in India. As a result of this policy, steel manufacturers will be provided with adequate policy support and guidance, and capacity additions will be encouraged. India is ready to become an economic powerhouse.

APL Apollo with a 50% share of the structural steel tubes market, 11 plants, 2.6 MMT  capacity, 800 distributors and over 16 products is ready to make its contribution to India’s success story. Visit for more information.

How can PEB help you to save on construction costs and time?

Pre-engineered steel building materials have gained trust and popularity among construction workers, contractors, and project managers. Being affordable and durable makes PEBs the first choice for any construction project. An offsite construction requires lightweight and robust material that speeds up the construction process. Let us explore the favourable factors that make PEBs the smart way to expedite construction at optimal costs.

  • Insulation Properties

Pre-engineered building solutions are manufactured with tremendous insulation properties. So, prefabricated materials are energy-efficient solutions that protect against extreme heat and cold. If you are living in a tropical climate area, this structural steel will prevent heat from percolating inside your home or building. Pre-engineered materials for building roofs tend to reflect 100% sun rays, which in turn reduces the need for ACs in the building. Hence, pre-engineered steel materials can save energy and save money on electricity throughout the year.

  • ​Require Little Maintenance

The benefit of a pre-engineered building is that it will need little to no maintenance over a long time. Also, stainless steel materials are not prone to the growth of mould, mildew, or discolouration. Hence, easy-to-clean features make it a better option than brick-and-mortar. Pre-engineered steel building materials are made of superior quality steel that increases its longevity and prevents the decaying of material with time. Rodents and insects will not damage steel column tubes and pipes. In this way, PEBs can be constructed more quickly and maintenance costs can be reduced.

  • Fire Resistance

Other than being energy-efficient and low-maintenance, steel building solutions provide high resistance against fire. Infrastructure and other construction projects should use PEBs to prevent any damage caused by fire. Using steel buildings can help you save money on inventory and insurance premiums during the life of the structures.

  • Construction Time

Any construction requires sufficient time. You can save construction time by choosing the right materials and building solutions. Also, prefabricated construction materials are all factory-made and prepared with the latest software before manufacturing. It will avoid any hindrances and minimize errors during construction. It also increases the speed of erection. Because of this factor, companies choose PEBs to finish multiple projects at the same time. Using PEB structures offers a cost advantage as the labour required to complete the construction is very little.

Pre-engineered buildings are easy to modify, shift and expand per customer requirements. It is a cost-friendly and time-saving construction solution compared to traditional structural steel. APL Apollo offers pre-engineered structures that are safe and eco-friendly with value. While choosing pre-engineered solutions, consider other factors such as maintenance, labour costs, overheads, etc. Apollo column is suitable for all kinds of PEBs like high-rise buildings, schools, medical buildings, infrastructure projects, sheds, cold storages etc.

Choose APL Apollo PEBs for your Project!

APL Apollo provides the best PEB steel building solutions, such as warehouses, industrial sheds, and commercial and residential complexes. In future years, warehouses and affordable housing projects will be in high demand due to the government’s efforts to improve the farm supply chain infrastructure. If you use APL Apollo columns in PEB structures, it will reduce construction costs and construction time. To know more about APL Apollo’s product range and how it can help you in PEBs, please visit and be amazed by the eye-catching display.

Pre-painted Structural Solutions (Apollo Navrang)

Pre-painted Structural Steel or coloured steel materials are creating their own marketplace as their demand is steadily increasing. You may have used bare steel pipes and tubes with a neutral colour that may be painted at the construction site to prevent corrosion and keep their aesthetic value.

However, painting steel pipes and tubes subsequently is generally poisonous to the environment. It can create air and land pollution. Rusted pipes should not be used in architecture, construction, or industry. In addition to affecting structural steel pipe quality, rusting also raises maintenance costs.

APL Apollo, a leading steel company, has introduced pre-painted steel pipes, painted only in factories under controlled conditions. Thus, it minimizes environmental risks and reduces maintenance costs as well. Learn more about the benefits of pre-painted structural tubes and their applications.

Why choose Pre-painted Structural Steel?

Steel structural products need time to transport after being manufactured and are exposed to different environmental conditions. They are highly prone to corrosion that may occur during humid conditions. Apollo offers galvanized and pre-painted tubes that prevent rust and extend the product’s longevity. Moreover, such painted structural steel tubes and pipes reduce the effort of removing rust.

Colour-coated products can enhance aesthetic appeal and provide a sleek finish. They are suitable for various purposes, roofing, airports, warehouses, etc. Besides, APL Apollo has pioneered in launching products to save the environment and reduce deforestation by replacing wood with hollow steel sections. One such product range is Apollo Navrang, which includes pre-galvanized sheets/ galvalume sheets for residential and commercial building rooftops, open-door frames, pre-engineered building sheds, etc. APL Apollo has launched Apollo Navrang, the world’s first narrow and thicker colour-coated coils and sheets.

Also, the APL Apollo setup line has a diverse range of products for various applications. Here is a list of the applications where pre-painted structural steel coils and sheets can be used.

Applications of Apollo Pre-painted Steel

  1. Open Door Frames: Pre-painted open-door frames are the best replacement for wooden frames. Steel double-door frames offer protection and aesthetic appeal to your abode. You do not need an expert to install the Navrang door frame. Also, structural steel doors are termite-free and humidity resistant. You can recycle the steel door frames, which reduces the wastage of limited resources and makes it an environmentally-friendly product.
  • Solar Panel Frames: Navrang solar panel frames are made of galvanized structural steel, which is better than Galvanized Iron. A coated solar panel will ensure high resistance to all weather conditions and increase the lifespan. It is manufactured using advanced technology of the Alu Zinc line that increases heat stability or reflectivity. It also ensures high performance and more durability.
  • 3.      PEB Purlins: Pre-engineered building materials are used for purlin and girt applications. It is the most cost-effective and environmentally sustainable alternative for various infrastructures. Navrang C and Z purlins are flexible with bend characteristics ranging from 0T to 3T.

In Conclusion

Pre-painted hollow sections, pipes, tubes, and sheets are produced in different colours for different purposes. APL Apollo Tubes has been manufacturing innovative and impressive structural steel products to create sustainable and strong structures. Whatever your reason for buying pre-colour-coated steel tubes and pipes, APL Apollo is here to cater the right product for your project. To check out the entire product range please visit .

What Is The Difference Between PEB And Conventional Structures?

In a fast-paced world, time is a precious commodity and is considered equivalent to money. It, therefore, comes as no surprise that the construction industry prefers pre-engineered buildings to traditional construction from scratch. You can choose from a wide range of pre-engineered buildings like columns, mezzanine floors, trusses, portals, multi-storey buildings, pre-engineered structures and more based on your specific requirements. Let us understand the difference between pre-engineered buildings and conventional structures in detail to better appreciate the popularity that PEBs enjoy.

What are Pre-engineered Buildings?

Pre-engineered buildings are prefabricated building parts that are produced in a factory and assembled directly on the construction site. These parts are customised to meet the client’s needs. Pre-engineered buildings are 30-35% lighter than conventional buildings which makes construction convenient.

What are Conventional steel buildings?

Conventional buildings are constructed using rolled steel sections that are designed and fabricated on-site. This is a long-drawn process involving more labour and time.

Let us compare Pre-engineered buildings with conventional structures on a few parameters.

Design – The integral framing system of pre-engineered buildings makes the design more efficient compared to conventional structures. It takes more time to design conventional structures to this level of accuracy.

Use of computer software – Computer software is available for designing pre-engineered buildings. Cost estimations along with detailing and drawings are generated instantly. This is not possible in the case of conventional structures.

Weight of final structure- In the case of PEBs, tapered built-up sections are used as structural members which makes them 10-20% lighter than conventional buildings. On the other hand in the case of conventional structures, hot-rolled T-sections are heavier.

Foundation – Since the entire structure is much lighter compared to conventional structures, a simple lightweight foundation will suffice. However, in case of conventional structures, a heavy foundation is needed to bear the weight of the structure.

Project execution time – Since PEBs are prefabricated structures that need to be bolted in place at the construction site, the execution of projects is much faster. A conventional structure takes a much longer time as the entire structure has to be constructed at the site. The difference could be as stark as 6-8 weeks for a 500MT PEB while the same project could take 26-28 weeks in the case of a conventional structure.

Construction Cost – Given that projects are executed much faster, it is obvious that PEBs require less labour which translates into less cost. Studies show that PEBs cost 30% less than conventional structures per sq m.

Earthquake Resistance – Since PEBs are lightweight, they offer more resistance against earthquakes compared to conventional structures.and their heavy frames.

Future changes- The simple linked design that can be bolted in place easily offers flexibility for addition or expansion in future. It would be difficult to expand conventional structures as the design is rigid and it would be difficult to add extensions unless already planned for.

Performance – Since the entire piece is pre-fabricated, it fits together efficiently as a structure. However, in the case of conventional structures, there is no guarantee about the efficacy as each piece is designed separately.

Single point of responsibility – The entire prefabricated structure can be purchased from a single vendor which gives you better execution and control. A conventional structure may be dependent on multiple suppliers and unplanned delays or lack of coordination can occur.

Clear span – PEBs offer a clear span of 100-120m which is 2.5-3x of what is offered by conventional structures.

Simple erection – The entire construction process is so simple and requires light machinery for bolting the structure into place. Conventional building involves the use of heavy machinery and it is a complicated process.

As you can see Pre-engineered buildings using structural steel are fast becoming the preferred option for architects and builders because of their cost-effectiveness, efficiency and speedy execution. APL Apollo has a wide range of structural steel offerings that are perfect for PEB structures. You can visit and enquire now for complete details.

5 Things you need to know about Galvanized Steel Tubes

Choosing the right material for your project is crucial. Steel is a widely used material for various manufacturing and industrial purposes. Galvanized steel is a popular building material due to its outstanding durability, versatility, price, and corrosion resistance. In this blog, we will discuss the five things that you should know about Galvanized Steel tubes.

Before that, let’s first learn about Galvanized Steel Tubes.

About Galvanized Steel Tubes and Manufacturing Process

Zinc-Iron coatings make galvanized tubes the most popular steel tubes used in construction. Galvanization is the process used to manufacture these steel tubes. In this process, steel tubes are coated with zinc to act as a barrier to corrosive elements and protect the base metal over a long period of time. High-quality steel tubes are the best choice for projects and industries, including agriculture, automotive, construction, etc.

When choosing steel tubes, you should consider these five things about Galvanized Steel Tubes for better decision making Clear all your doubts regarding APL Apollo Galvanized steel products so that you can choose the best for your construction.

Things you need to know about Galvanized Steel Tubes.

  • Inexpensive Building Material

Galvanized steel is cheaper than other structural steel products. It costs four times less than stainless steel. Because it is non-corrosive, it requires little maintenance. However, the welder needs protection from harmful zinc fumes while working with galvanized steel. In addition, the labor cost is half that of stainless steel. This reduces project costs considerably.

  • A Long-lasting Product

Galvanized steel structures can last more than 50 years in a sustainable environment. Galvanized steel can withstand severe water exposure for over 20 years. Besides, it requires little to no maintenance to keep the product in good condition.

●        Highly Used in Auto Industry

Galvanized steel is used in cars. The majority of cars today are manufactured with zinc-coated bodies. After imported Japanese models started using galvanized steel in the 1980s, American consumers began demanding it in car models.  Subsequently, American car makers switched to these zinc-coating steel tubes.

●       Used for Many Applications.

Galvanized steel tubes are strong enough to be used for railway vehicles, chemicals, machinery, construction, bridges, roads, etc. Galvanized square steel tubes are best suited to carry water, gas, oil, and other low-pressure fluids. The hot-dipped galvanized steel tubes have a uniform coating, strong adhesion, and long-life advantages.

●       Electro Galvanization Process:

Pre-treated steel is still galvanized by hot-dipping in molten zinc and wiping away excess zinc, but there are also new methods to apply a protective layer of zinc. Electro galvanization is another process where a positively charged zinc anode is attached to a negatively charged applied to a steel sheet. It can also be galvanized with a zinc-aluminum mixture. The “dry galvanizing” or “shot blasting” process makes it highly adsorbent to paint, rubber, and powder coatings.

GI Pipes and Tubes

GI are galvanized iron pipes and tubes. They are also called coated iron pipes as they are immersed in zinc baths. They are steel tubes that are immersed in molten zinc using the galvanization process. This offers protection for the tubes from ageing and rusting. The corrosion resistance offered by the Galvanized iron pipes makes them a preferred choice for architects and designers for structural use.Galvanized iron products are classified into three grades depending on their weights and inner diameter thickness.

Advantages of GI Pipes:

Ideal for large projects –  GI pipes are ideal for large building projects, manufacturing units etc because they are more durable and corrosion resistant. They help in the faster and more efficient execution of projects.

Cheaper maintenance-  GI pipes have a zinc coating which improves the sturdiness and adds to the durability of the structure. The corrosion resistance of these GI tubes is very high leading to very low chances of leakage which leads to low maintenance.

Protection of pipes – Galvanization is the most effective and cost-effective way of protecting steel or iron from corrosion since it doesn’t involve much labour or complexity.

Enhanced performance- Galvanization increases the thickness of the pipes which enhances their performance. The inner diameter thickness improves the durability of the pipes. They are cheaper, lightweight and easy to handle making them a better choice for designers and architects.

GP Pipes and Tubes

GP stands for galvanized pipe.  Their manufacturing process is different from GI tubes. GP tubes are made from pre-galvanized sheets.GP pipes are made of carbon steel sheets which are electroplated with Zinc and then rolled into pipes. In most homes, galvanized steel pipes are installed. APL Apollo was the first company to introduce GP Tubes in India.

Advantages of GP pipes

Improved life expectancy – GP pipes increase the longevity of pipes by preventing corrosion and mineral deposits. It is a lead-free alternative to water supply lines. They have an improved level of toughness which makes them more durable.

Increased corrosion resistance- Pre-galvanized GP pipes have higher corrosion resistance that improves the durability of the pipes.

Uniform microstructure- GP pipes are made from steel sheets of uniform thickness which provides a uniform microstructure to the tubes.

Difference Between GI and GP Pipes

APL Apollo manufactures both types of pipes. They are used for different applications. GI and GP has some differences that make it easier for customers to make decisions. Here are the following differences between Iron pipes and galvanized pipes:

  • GI pipes are carbon steel pipes immersed in galvanic baths to give them a zinc coating. On the other hand, GP pipes are made out of thin steel sheets that are first electroplated with zinc and then rolled into pipes.
  • The hot dip coating in GI pipes may not provide a uniform coating but it is a quick process. The electroplating process used for GP pipes is slower in comparison but provides a uniform coating.
  • GP pipes offer superior quality finishing than GI tubes.
  • Steel galvanized pipes are ideal for tubing or plumbing applications.
  • Raw water and rural water treatment applications often use GI pipes.
  • GI is easy to install and maintain than galvanized pipe but GP pipes are superior and have more longevity and finish.

In Conclusion

Galvanized steel tube is an eco-friendly product ideal for urban and coastal applications. It is one of the oldest building materials with tremendous demand in the market. APL Apollo is a leading manufacturer of galvanized steel products. They manufacture pre-painted galvanized steel sections and tubes that can be used in numerous applications in diverse industries. APL Apollo uses DFT and ERW technology to create superior-quality GI and GP pipes. You can check out their entire range at

The Future Of Steel In Renewable Energy

 Steel is not used only as a construction building material but also plays an important part in renewable energy.  It plays a crucial role in structuring the supply of fossil fuels, nuclear energy, or renewable energy

You may have no idea that steel has a bright future in renewable energy. It is used to create a greener environment.  structural steel is widely used in producing and distributing renewable energy.In fact, none of the renewable energy sources works without steel.

 Steel is not limited to certain applications.It is the best choice for renewable sources.In this blog, you will learn why it has a bright future in renewable energy.So, scroll down now to learn more.

Applications of Steel in Renewable Energy

Renewable energy is also known as green energy.It is produced from natural resources such as water, sunlight, and biomass materials. Steel plays a critical part in distributing energy efficiently. Here is the list of areas where steel can be used:

Biomass: The most common biomass materials are plants, wood, crops and agriculture residue, and animal waste. Steel is used extensively in collecting all biomass sources.It is also cutting crops and separating residues from agricultural fields.

Solar: Steel is the main component for converting solar energy into electricity or hot water. Also, Solar thermal panels use steel as the base metal. It is the same with pumps, tanks and heat exchangers.

Wave and tidal: Tidal energy is produced by the tidal turbine. A steel pile is used as the main component of a tidal turbine in tidal energy systems. Also, it helps to manufacture wave energy devices as it can withstand the pressure of water and the challenges of the marine environment.

Hydroelectric: Strong and big dams are the main sources of producing hydroelectric energy. Steel provides strength to reinforce concrete and increase the life of dams.

Wind: Wind is also a good source to produce electricity using wind turbines. Both onshore and offshore wind turbines use steel in every component, from the foundation to the tower, gears and casings. Besides, it provides strength to tall wind turbines.

Future of Steel in Solar and Wind Energy

Solar and wind energy, in particular, will have to heavily rely on steel. Wind power requires approximately 120 to 180 tons of steel for every new MW, and solar power requires between 35 and 45 tons of steel for each new MW.So, steel is used in these two markets:

Solar Market: It is divided into two categories.

  • Small-scale projects: Rooftop solar panels are made of structural steel, which is lightweight and offers superior corrosion resistance. They are easily mounted in homes, museums, and stadiums.
  • Large-scale projects: Large plants or companies that need a big amount of steel to produce 100 to 300 MW of energy. They consume a large amount of steel. Some plants require more steel to produce 1000 MW.

APL Apollo has recently introduced the Navrang range which includes Solar Panels made of pre-painted galvanized steel sheets. Navrang solar panel frames are durable and suitable for all weather conditions and offer 4x service life.

The APL Navrang range is also perfect for Pre Engineering Building solutions as it expedites projects while enhancing the aesthetic appeal of structures. This has made it a preferred choice among designers and architects.

Wind Energy Market: Steel is also a big contributor to producing wind energy .It is used in three key areas:

  1. Onshore wind farms – It will need a small steel tidal turbine to produce between 2 and 3 MW of power each. There are different grades of steel that are used to build the structural tower, the house of the turbine, the turbine blades, and electrical steel.
  2. Offshore wind farms – Turbines Each can produce 5 to 8 MW of energy.Thus, it consumes more steel than onshore turbines. Also, offshore steel turbines offer greater height without obstruction as well as free wind flow. They also require steel to create huge foundations that are anchored to the sea bed.Also, the steel blades should be much thicker and longer.
  3. New generation wind farms: It will require a floating structure because they will be further away from shore. Turbines are much more powerful and can produce 7 to 12 MW of energy.

Summing Up!

In conclusion, steel is the present and future of renewable energy.No one can produce energy without steel. To support green energy, APL Apollo has launched a wide range of structural steel products that can help to build renewable energy infrastructure in the times to come and contribute to a  cleaner environment.

Applications of Hot Rolled and Cold Rolled Steel

Do you want to know where you can use rolled steel? You are at the right place. Let us first take a look at what these rolled steel products are. Why are they becoming so popular in the construction industry? To get the answers, take a look at this blog.

The versatility of structural steel makes it ideal for a wide range of industrial and household applications. Rollers can shape, formalize, and enhance metal properties. You will get two types of rolled steel – hot rolled steel and cold rolled steel.

Hot Rolled Steel

Hot Rolled structural Steel is rolled at a high temperature above  re-crystallization ( usually 1100 degrees celsius). This temperature refines the microstructure of the steel and allows it to be formed into any shape.

Hot Rolled steel is processed steel that has greater formality and mechanical properties. Hot rolling involves heating and compressing a large rectangular slab called a billet into a large steel roll. The desired dimension is achieved by rotating rollers. During the rolling process, the steel is wound into coils and cooled. The processed material in other forms is cut into specified units and packaged.

Features and Benefits of Hot structural Steel

  • Provide high ductility to the structure
  • Shrinks Quickly as it cools
  • Easy to be welded
  • Less expensive as it requires less processing time.
  • Easy to bend and shape.
  • Steel cools gradually, so there are no internal stresses.

Applications of Hot Rolled

  • Agriculture Equipment: Most agriculture components such as tractors, silos, barns, watering systems, etc, are continuously exposed to dirt, heat, chemicals, and precipitation. Hot steel can prevent premature wear and corrosion. It offers an ideal combination of sturdiness and corrosion resistance.
  • Automobile parts: Automobiles use hot-rolled steel sheets for underbody components. It is also best suited for automotive suspension and chassis parts.
  • Railroad equipment: It offers the utmost efficiency, safety, and reliability. Hot rolled steel is used as standard joint bars, insulated joint bars, and D-bars. It is also ideal for making reliable tracks and car parts.
  • Mining Industry: Support beams, ladders, grinding balls, and light rails are the mining components. Hot rolled steel aproducts are resistant to vibration and shock  and offer reliable performance in harsh conditions that make them ideal for mining infrastructure.

Cold Rolled Steel

Cold Rolled Steel is produced from hot rolling steel. The cold rolling process involves passing hot rolled steel over a series of rollers at room temperature to cool it down. A significant amount of pressure is required to create the desired shape. As a result, this process is more expensive than the hot rolling process.

Features and Benefits of Cold structural Steel

  • Prevent shock and deformation.
  • Achieve high tolerances and a better quality surface finish.
  • Provide 20% greater strength than hot-rolled steel
  • Free of rust and scale
  • Requires little to no secondary processing as it doesnt shrink after the process.


Cold rolled steel is often used for applications that require tighter tolerances and better surface finishes. Application uses for cold-rolled steel include:

  • Home appliances: Cold-rolled steel sheets are used to build microwaves, ovens, refrigerators, washing machines, etc. It has corrosion-resistant properties, is durable, and has an appealing appearance.
  • Metal furniture: It has a clean and smooth surface. Therefore, Cold rolled steel is used for furniture products, such as office furniture, chairs, tables, kitchen furniture, and other metal furniture.
  • Mechanical Components: Rods, bearings, clumps, barrels, and other mechanical components are made from cold rolling steel.

APL Apollo has a portfolio of structural steel products including columns, tubes, hollow sections, pre-painted galvanised sheets, solar panel frames, square sections, coils and more that can be used in diverse industries. They use cutting-edge technology like Direct Forming Technology and Electrical Resistance Welding Technology to create the best quality structural steel that is durable and corrosion resistant combined with aesthetic appeal.

To Sum Up!

As you can see both hot rolled and cold rolled steel can be used in numerous applications. Both types are used in diverse industries.APL Apollo is a leader in producing hot and cold rolled steels using the latest technology. We operate multi-unit facilities equipped with top-of-the-line machinery and equipment. You can visit to check out our entire range.

How are APL Apollo Products eco-friendly?

Every company is going ahead to make the world greener. APL Apollo is not behind in building a sustainable environment for the new age. In 2019, Apollo launched its Green Initiative Program to promote environmental consciousness and sustainability. So, if you are looking for eco-friendly construction materials, you are at the right place. Over the years, steel products have become the first choice for developing rural and urban infrastructure.

Because of its high durability and tolerance, steel is widely used for commercial and industrial purposes. It is the best replacement for wooden and other conventional products. Nevertheless, if you are curious about why APL products are eco-friendly, find out more in this blog.

The Best Eco-Friendly APL Apollo Products

APL Apollo is a steel manufacturing company that has committed to sustainable growth. Steel is available in different grades and ranges. They have evolved as the best solution to tackle the growing environmental concerns. Here are the top reasons why steel is known as an eco-friendly product:

Steel is the most recyclable product, which means it can be turned into other things or shaped into other products. It is also easy to separate from waste using magnets. Steel can be recycled without any degradation in its quality as well.

Steel is alloyed with carbon, which makes it highly corrosion-resistant, making it ideal for a variety of applications. As a result, the demand for other building materials has been reduced and limited resources have been conserved.

Reduce Waste: Apollo steel products can also reduce the waste in nature. As steel is a recyclable material, it will not add more to the non-recyclable materials. It will save the environment by creating quality products for customers.

Highly Durable: Steel is made of carbon, iron, and other elements. Thus, it is durable and strong enough to withstand extreme conditions. Investing in more durable products saves time, money, and energy in the production of materials. The consumption of fossil fuels and finite resources will also be reduced by using APL Apollo construction materials.

Excellent Tensile Strength: The high tensile strength of steel allows concrete structures to be stronger and can support more weight. It prevents structures from expanding or water exposure. Hence, steel-based applications can perform well for the long term.

Long-lasting: Structures made of steel will not rot, split, crack, or creep like those made of wood. Also, the steel quality remains the same even after years of utilization. It requires little to no maintenance and saves costs.

It will control deforestation and reduce the need for trees for building door frames and windows. So less wood consumption will stop soil erosion, which often causes natural disasters. The structure lasts longer and is less likely to be infested by insects or weathered like wooden structures.

Sum Up!

All the above reasons show that steel products are durable for use, even in extreme weather and climates. There is no need to destroy nature and its resources to build infrastructure and commercial buildings. Choosing APl Apollo products will be a wise decision for your projects. It makes sense to opt for environmentally friendly options that do their bit towards making the planet a better place to live.Click here to find out more about us.

Factors to consider when buying colour-coated coil and sheets from the market?

Colour-coated coils and sheets are widely used pre-engineered building materials. It is a versatile product used for various applications, including home appliances, furniture, airports, industrial, and warehouses.

Colour-coated steel sheets and coils use steel coils as substrates and are coated with various organic coatings. These pre Coloured steel sheets and coils are manufactured by the top structural steel company, APL Apollo Tubes.  It also offers excellent electro-resistance as a high-quality PEBsteel structure solution.

The colour-coated steel coils are produced as pre-painted steel sheets and then cut to size and marketed as the finished products. The sheet’s colour comes from the steel colour-coated coils. Pre-painted steel coils are predominantly used to improve the aesthetic value of PEB structures. Apart from this, it offers other advantages such as durability and corrosion resistance.

Several companies that manufacture steel also produce colour-coated products. It is confusing to buy the best colour-coated products. This blog will share the factors to consider when purchasing colour-coated structural steel sheets.

How to Choose Color-coated Coils and Sheets from the market?

The construction material will not only meet your expectation but also reduce the purchasing costs. Consider the following factors when choosing pre-painted steel products:

Measure Coating Thickness

Whenever buying colour-coated sheets, it is important to check the coating thickness of the product. Substrate and coating thickness may vary depending on the application, use environment, and durability. The thickness of the coating will increase its durability and prolong its life.

Must be Hot-Dipped Galvanized Sheets

Before finalizing the structural steel coil/tubes, one major thing to consider is whether it is a galvanized sheet or a galvalume sheet. Manufacturers of color-coated sheets use hot-dip galvanized and galvalume sheets for their superior corrosion resistance. Its mechanical properties make Galvalume sheets suitable for industrial projects in highly corrosive environments.

Types and Colors of top/back paint

PE(polyethylene), SMP (mix of Silicon & Polyester), HDP, and PVDF are four popular top paints that differ in hardness, adhesion, durability, and other qualities. The most often coating used is PE which offers average durability, decent hardness and flexibility, and is available at a reasonable price. SMP is better than HMP because it is durable, glossy, and colour-retaining. However, it is less flexible. HDP is more durable than PE and also less expensive. PVDF has outstanding durability and flexibility, but it is less colourful and more expensive. The top coat should follow these factors such as the use purpose, the environment, the designed life, durability, processing method, etc. to prolong the life of the PEB steel sheets.

Back paint is often chosen based on the application and use environment. When the environment is not corrosive, one layer of paint is sufficient. The back paint must adhere well if it is pasted with thermal insulation materials.

Buy by Weight Rather than Per Piece

To construct their pre-Engineered steel building, you should purchase steel priced by weight rather than per piece. When working on large metal projects, precise weight calculation is crucial to reducing the weight economically and physically. Knowing the weight of steel sheets is essential if you plan to transport or lift them with cranes or hydraulic equipment.

In Summary!

Hopefully, the list of factors will help you to buy suitable colour-coated sheets from the market. APL Apollo is one of the leading structural steel manufacturers in India, with years of expertise in the structural steel sector. We offer safe and efficient structural steel tubes and pipes structures at reasonable pricing by leveraging our experience and cutting-edge technologies.  To check out the entire range of APL Apollo structural steel products, please visit and we will be happy to serve you.

Find out how you can rejuvenate the PEB industry with APL Apollo Steel Building Solutions!

Apollo high-performance materials are revolutionizing the PEB steel industry. APL Apollo always brings out something new and innovative that can rejuvenate the construction industry. Yet again, the company has unveiled structural steel building solutions to transform the future of the building and construction industry.

APL Apollo Group has come out with a wide range of heavy structural steel products, including Apollo Column tubes. These structural tubes are hollow steel sections made of black steel. It offers a futuristic edge to the structures.

Besides, with Apollo Column tubes and Steel Building Solutions technology, Pre-Engineered Building (PEB) can be completed faster and more efficiently. It will offer cost-effectiveness and elevate the design of your projects. Therefore, structural tubes are known as the heart of the PEB structures.

Do you want to discover how steel structural steel tubes help rejuvenate the PEB industry? Then continue reading to learn about the advantages of these Apollo steel building options.

In India, Apollo Column is a popular product available in square hollow section, rectangle hollow section and circular hollow section. SHS is available in sizes starting from 12×12 mm to 300x300mm. RHS is available from 26x13mm to 400x200mm while CHS is available from 21.33mm to 355.6 mm. It also offers size and design flexibility, consistent strength, and better torsional strength.

Six Ways APL Apollo Structural Steel Tubes Rejuvenate the PEB Industry

  • Save Cost and Time: The main advantage of adopting hollow structural parts is their inexpensive cost. The use of APL Apollo Structural Steel Column Tubes can minimize total project costs. Because HSS sections are lightweight, they are easy to transport and erect. As a result, this pre-engineered building material will lower both material and project expenses.
  • Higher Torsional Strength: APL Apollo column tubes are hollow steel sections with an advantage for PEB tubular constructions. Using steel tube columns will provide higher strength than non tubular beams. Because of its high torsional strength, it is the ideal product for building towers, bridges, cranes, highway guardrails, sign supports, and other structures. Therefore, they are known as high-strength welded steel tubes or HSS.
  • Superior Performance:  These pre-engineered steel tubes can be used to construct the complete structure. Because they are popular for their high performance, they provide strength to buildings. Because of its advantageous qualities, it is an excellent choice for various structures such as hospitals, factories, warehouses, cold storage, retail malls, commercial offices, etc.
  • No-ground Fabrication: ERW structural tubes will reduce fabrication time. Because it is pre-fabricated, precisely engineered, and cut to length, there is little or no on-site fabrication required. It accelerates the construction process.
  • High Tensile Strength: Hollow structural sections have emerged as an irreplaceable construction material due to their high load-bearing capacity. It can bear maximum stress without breaking out. Thus, the use of square structural tubes has gained considerable significance in PEB’s construction.
  • Eco-friendly: The Apollo steel building product line is manufactured with a long-term environmental strategy. Square tubes are also produced from recycled steel, which helps to save limited resources. Moreover, it will stop the felling of precious trees and become a better replacement for wood.

While improving architectural aesthetics, APL Apollo column tubes can benefit the pre-engineered building (PEB) industry by achieving speed, saving construction costs, creating quality structures, and promoting a sustainable environment. These exclusive products are the future of the construction and building industry, which encompasses strength, tolerance, and long-lasting service life. Visit and enquire now for new projects or to explore the entire product range.


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