Blog Banner


The role of TMT bars in constructing sustainable buildings

Role of TMT bars in constructing sustainable buildings

Thermo Mechanically Treated (TMT) bars are widely used in construction projects to provide enhanced protection to buildings and other structures. These steel bars undergo a  thermomechanical process which helps them withstand the effects of earthquakes and other kinds of natural disasters. 

TMT bars are also known for their resistance to corrosion and extreme temperatures, which makes them an ideal choice for both residential and industrial constructions. Moreover, TMT bars are designed in a way that provides ductility and weldability to the bars, making them instrumental in building sustainable structures.

As one of the leading TMT bar companies, we share with you some of the useful insights on the role of TMT bars in constructing sustainable buildings: 

  1. TMT bars can save a considerable amount of steel during construction:

TMT bars have high tensile strength and weldability which enables them to withstand external forces such as bending and pressure. And they provide the same strength as conventional steel bars with fewer bars.

Compared to traditional steel bars, the production of TMT bars is known to save more steel, as they require less steel for the same level of strength. TMT bars are also eco-friendly in the long run because they require a lesser number of bars for the overall construction and have high corrosion resistance, which reduces the need for repair or replacement.

  1. Reusable and recyclable 

The construction sector is prioritising environmentally-integrated production, as well as reusing and recycling practices. This ensures that construction materials are carefully evaluated for their technical, environmental, and economic feasibility before construction begins. TMT bars are being preferred by builders and construction companies as they are reusable and recyclable. 

Recyclability of TMT bars means that they can be converted or moulded into a new product or raw material for another product. TMT bars can be repurposed which keep them out of landfills for a longer period of time. For instance, if a building is being demolished, the TMT bars thus retrieved, can be repurposed into other construction materials and for building infrastructure. TMT bars can also be melted and recycled into different products such as vehicle and engine components, household appliances such as refrigerators and washing machines. 

  1. Manufacturing process

The TMT bars are manufactured using a special metallurgical technique. This technique involves heating steel bars at high temperatures and rapidly cooling them in water, a process called quenching. Quenching enhances the mechanical properties of the steel while reducing waste and emissions. The process maximises resource utilisation and energy efficiency.

SEL Tiger TMT bars are manufactured using the German-based quenching system- THERMEX. The process uses iron ore and coal to produce 100% pure steel. 

  1. Long lifespan 

TMT bars have a longer lifespan in comparison with traditional steel bars. This factor also results in the sustainability of TMT bars. Also, using TMT bars can result in less foundational cost and a shorter completion period. TMT bars can also contribute to more integrated, robust, and safe installation procedures. Due to their high ductility, flexibility, and low maintenance, TMT bars are a viable option in the long run.

Looking for high-quality TMT bars for your next project?

If you are looking for a reliable and reputed TMT rebar manufacturer for your next construction project, explore SEL Tiger TMT Bars. SEL Tiger TMT Rebars are ideal for various construction projects, including residential, commercial, and infrastructure. They offer a superior combination of high strength and ductility that makes them highly suitable for these applications. The rebars are designed to be highly bendable, re-bendable, and easy to cut, providing greater flexibility during construction. Also, SEL Tiger TMT Rebar ensures the highest level of purity, making it a trusted and reliable choice for construction projects.

  • Social Share:

The impact of TMT bars on the fire-resistance of the construction

Impact of fire-resistant TMT bars for construction

Fire safety is a critical factor to consider when constructing a building. Fire resistance refers to a building’s ability to withstand the effects of a fire and limit its spread while also keeping the occupants safe. Using fire-resistant construction materials such as Thermo-Mechanically Treated (TMT) bars can significantly increase the safety of a building in case of a fire. By prioritising fire safety during construction, buildings that offer better protection to the occupants and reduce the risk of property damage can be constructed. 

Important features of TMT bars and how they impact fire-resistance of a building

TMT bars are high strength and durable bars that form the structural core of any building. The soft inner core and rigid exterior of TMT bars give them excellent flexibility and weldability, which is particularly beneficial in areas prone to seismic activity. Moreover, TMT bars also possess high tensile strength and ductility, which makes them an ideal material for construction purposes. As per the Bureau of Indian Standards, TMT bars are available in different grades which indicate the minimum yield strength of the bars. 

At SEL Tiger TMT bars, we offer the following grades: 

  • Fe415
  • Fe500
  • Fe500 D
  • Fe500 S
  • Fe550 D
  • Fe600

The manufacturing process of TMT bars contribute to their excellent fire resistant properties. At SEL Tiger, we use the unique Thermex mechanism which is a distinctive German technology solely used for the production of the best quality TMT bars. The Thermex process involves a unique combination of rolling, water quenching, tempering, cooling, and cutting, resulting in TMT bars that are of the highest quality. The water cooling process in Thermex technology leads to the formation of a martensite layer on the external surface of the TMT bar, which offers excellent fire resistance. This layer transforms into a protective oxidised layer in case of a fire, providing further protection to the TMT bars.

In comparison, traditional steel bars do not offer fire protection and can lose their integrity when exposed to high temperatures. Unlike TMT bars, mild steel bars do not have a protective coating, which reduces their ductility when exposed to fire or high heat.

TMT bars also have several different benefits which make them a preferred pick among builders:

  • TMT bars are resistant to corrosion. 
  • They can withstand high external load without deforming or getting damaged easily. This makes them ideal for construction projects in areas with possibility of earthquakes, frequent cyclones and floods. 
  • They are highly weldable. 
  • TMT bars are easily available and convenient for construction projects that require quick supply of materials. 
  • They also have a longer lifespan owing to their durability and strength.

Looking for the best TMT bar in India? 

If you are looking for the best TMT brand in India, explore SEL Tiger TMT bars. Our TMT bar range, which spans from 5.5mm to 32mm, features a MAX AR VALUE that enhances the bond with cement, resulting in stronger construction. Our TMT bars also offer excellent weldability, smoother surface conditions, and reduced thermal conductivity, ensuring defect-free work. These properties make them a preferred choice for construction projects, including residential, commercial, and industrial buildings.

  • Social Share:

Ideal storage conditions for TMT bars

Ideal storage conditions for TMT bars

TMT bars undergo thermo-mechanical treatment to improve their ductility, strength, and bendability. However, proper handling and storage of TMT bars are crucial to maintain their quality and features over time. Improper handling and storage can lead to damage to the TMT bars. As one of the leading TMT bar manufacturers, we share some of the useful insights on the ideal storage conditions for TMT bars: 

1. TMT bars should be stored in a dry and damp proof space. TMT bars are reactive to moisture, and if left exposed to humid air or water for an extended period, they can rust and corrode, leading to damage and compromising the overall strength and stability of the steel. 

2. In case of open construction spaces, it is important to store TMT bars in a location that can be covered with polythene sheets, which can protect them from dust and moisture. 

3. To ensure proper handling and storage of TMT bars, organise them into bundles according to their grades and diameters.

4. Avoid over-stocking the storage room with TMT bars, as this can lead to accidents due to overloading or improper stacking.

5. Avoid storing  paints, chemicals or any other corrosive substances in the same storage area. 

6. When storing TMT bars for an extended period, it is important to avoid cleaning them with oily substances to remove any dust particles or rust.

7. Maintain consistent temperatures in the warehouse where you keep your TMT bars. Although TMT bars are made to withstand extreme temperatures, it is not ideal to subject them to temperature fluctuations. 

8. You need to regularly inspect TMT bars for any damage or dirt accumulation. The rib surface of TMT bars can quickly catch dust which is why it is important to clean them regularly. 

For proper storage and handling of TMT bars, you must have a comprehensive understanding of their manufacturing processes. You must be aware of different aspects such as – composition of TMT bars, the available grades, and the manufacturing process used. This knowledge is important to ensure that TMT bars are stored correctly, and buildings are constructed with maximum strength and durability.


Looking for the best TMT bar manufacturer?

If you are looking for high-quality and sturdy TMT bars, explore SEL Tiger TMT Bars. As a reputed TMT bar manufacturer in India, we produce 100% pure steel using iron ore and coal, and integrate the THERMEX quenching system, a German-based technology. Our products comply with the IS 2830:2012 standards for MS and CRS Grades and meet the IS 1786:2008 standards for CRS, FE415, and Fe550D Grade TMT bars.

  • Social Share:

Things to plan when building a new home: Useful insights by SEL Tiger TMT bars, one of the best TMT rebar manufacturers

Things to plan when building a new home

Planning plays an important role in the construction of a new home. A comprehensive plan for building a new home should encompass several key components, such as budgeting, obtaining necessary permits, designing and layout ideas, safety measures, and scheduling timelines. By implementing a well-designed plan, homeowners can minimise costly errors and risks, make informed decisions, and bring their dream home to life.

As one of the leading TMT rebar manufacturers, we will explore the key areas that need attention to achieve a successful home construction project.

  • Budgeting

Creating a budget for building a new home involves examining the available financial resources that include the amount of money available for the project, loans and financing options, and other sources of funding. It is important to be practical and plan the budget as per your real financial situation. 

As the budget gets finalised the next move is to divide the funds among the different components of the construction project. The costs involved can be broadly classified into three categories: direct costs, indirect costs, and contingency costs.

Direct costs are those that are directly related to the construction project, such as labour charges, material costs, equipment costs, and contractor fees. 

Indirect costs, on the other hand, include expenses such as inspection fees, insurance costs, and financing charges. 

Contingency costs are allocated to cover any unforeseen expenses or challenges that may arise during the construction process.

  • Design and Layout: 

Hiring a seasoned architect or designer is always a wise move, as they have the expertise and talent to construct a well-designed home meeting your needs and expectations. While designing a new home the architect considers various factors which include, room size, ventilation, lighting and safety measures.

  • Permission and Legal Requirements

Necessary permits, approvals, regulations and building codes need to be followed to construct a new home. The requirements are set by the local municipality and authorities to make sure that the construction meets safety and environmental standards.

Along with the above-mentioned regulations and codes, there are also some other requirements that need to be followed namely environmental regulations, society association rules and historic preservation regulations. Compliance with the mentioned regulations ensures that the construction is legal, safe and in accordance with the required policies.

  • Construction timeline

A construction timeline is a framework that includes various milestones, tasks, and deadlines involved in the construction of a new home. This framework ensures that all activities in relation to the construction process are completed in a timely manner.

To prepare a realistic timeline for a construction project, follow these steps:

  1. Clearly define the scope of the construction process
  2. Identify tasks which rely on the completion of the other tasks
  3. Estimate the duration of each task 
  4. Ensure that resources are available 
  5. Break the whole construction journey into major milestones to act as checkpoints and deadlines
  6. Design detailed schedules
  7. Review the construction timeline and make regular adjustments as per the need.

Construction timelines ensure that the project is completed on time with minimal delays and an affordable budget.

  • Material Selection

Different regions in India experience varying weather conditions, such as high humidity, heavy rainfall, and extreme temperatures, which can affect the lifespan of the building. Thus, choosing high-quality materials is necessary to ensure durability and longevity of the construction project.

One such example of high-quality material is SEL Tiger TMT Bars, which are preferred for their superior strength and durability. Here are some of the benefits of SEL Tiger TMT Bars:

  • High tensile strength
  • Corrosion resistance
  • Earthquake resistance
  • Bendability
  • Long lifespan

  • Interior finishes

It is all about the final touches and details that are added to the interior space of a new home, this can include flooring, painting, and electrical work. Planning for interior finish involves carefully selecting the materials, designs and colours.

  • Landscaping and outdoor amenities

Landscaping involves planning and designing the outer space around the home, which includes driveways, outdoor lighting, and gardens to create an attractive outdoor look. Landscaping enhances the overall appearance of the home by creating a pleasant environment for outdoor activities. By combining sustainable landscaping practices and water-saving methods homeowners can also create environment-friendly outdoor spaces. 

Are you planning to build a new home? Looking for the best TMT rebar manufacturer?

Choosing the right construction material is essential to impart strength and durability to your dream home. When it comes to TMT bars, SEL Tiger TMT bars are the right choice. Our TMT are available in these sizes : 5.5/6mm, 8mm, 10mm, 12mm, 16mm, 20mm, 25mm, 28mm, and 32mm. To know more about our quality testing and quality certificates, visit here.


  • Social Share:

How to measure the strength of TMT bars?

measure the strength of TMT bars

The materials used in construction projects play a significant role in determining the success and durability of the finished project. TMT bars, in particular, are known for their high tensile strength, ductility, and corrosion resistance, which makes them a popular choice among architects, construction engineers, and builders. However, before selecting TMT bars it is necessary to ensure that the bars are strong and suitable for your project. As one of the best TMT brands in India, we share with you some of the useful insights on measuring the strength of TMT bars: 

Methods to Measure TMT Bar Strength:

  • Tensile Strength

The tensile strength test is one of the most common methods to measure the strength of TMT bars. The test involves preparing a sample of the TMT bar as per standards and placing it in a Universal Testing Machine (UTM) where a concentrated force is applied until the bar fractures. The maximum force applied and the actual cross-sectional area of the TMT bar are used to calculate the ultimate tensile strength (UTS). Yield strength is detected by selecting a point on the stress-strain curve where the TMT bar no longer remains elastic and becomes plastic. Both ultimate tensile strength and yield strength are crucial measurements for assessing the strength and flexibility of TMT bars.

The tensile strength of S-E-L Tiger TMT bars is measured using a universal testing machine (UTM)- it is designed to apply a controlled amount of force to a sample of the material to determine its mechanical properties, such as tensile strength, 0.2% proof stress, percentage of elongation, and total elongation. The UTM is equipped with a load cell, which measures the force applied to the sample, and a crosshead, which moves up and down to apply the force. The results obtained from the UTM can help to determine the suitability of the material for a specific application, and ensure that it meets the required standards and specifications.

Sampling & test piece preparation :

i) A sample (600 mm Approx. ) is collected from the cooling bed / lot. Sample surface should be defect free

ii) For deformed steel bar (IS 1786)/ steel round bar(IS 2062), sample is cut 0.5mtr (min)

iii) For other national or international standards, the sample is prepared as per the specification.

YS/0.2% proof stress, UTS, and elongation can be determined by following these steps:

  • The sample’s mass per metre can be determined by weighing the sample and measuring its length, and then dividing the mass by the length to obtain Mass/mtr in Kg/Mtr. Section weight (SW) can be obtained by measuring the sample’s length (L) and weight (W), and then dividing the SW by 0.00785 to obtain the cross-sectional area (Ae)
  • The specimen should be subjected to a hard punch according to the cross-sectional area (5.65√So or 5D) to determine its IGL
  • Depending on the sample thickness, the upper and lower head jaw should be fixed, with 0 to 22mm Grip for 8 to 20mm, 10 to 30mm Grip for 25mm, and 30 to 50mm Grip for 32 & 36mm
  • The software should be opened and the type of sample to be tested should be selected.
  • The required data, such as Diameter, Length, weight, IGL, etc., should be entered.
  • For analogue testing, the load range should be selected by the “Load regulator” according to the area of the test piece (trained operators only can operate the Universal testing machine).
  • The upper end of the test piece should be fully gripped in the jaw rack of the upper crosshead, and the lower end of the specimen should be fully gripped between the lower jaw rack of the lower crosshead by moving the lover crosshead up (By up/Down button).
  • The UTM should be started by pressing the Start button.
  • The left control valve (Hydraulic Control valve) should be closed.
  • For analogue testing, the load pointer should be adjusted to zero by adjusting the aluminium rack knob. For electronic testing, the load should be tared, and then the test should be started.
  • The control valve on the right side of the panel should be turned slowly to the open position until the desired loading rate is achieved.
  • The lower crosshead should be locked.
  • The yield point should be noted by reading the load of the load pointer where it is stopped slightly. For electronic testing, it will be automatically calculated after feeding Final gauge length.
  • The ultimate load should be read from the dial gauge.
  • Loading should be continued until the test piece fractures.
  • The right control valve should be closed, and the left control valve should be opened. The broken pieces should be removed.
  • The broken pieces should be re-joined, and the extended distance between two punch points (FGL) should be measured.

  • Bending  test

The flexibility and bending strength of TMT bars are examined in a bending test, where the bar is subjected to a specified bending radius or diameter until it cracks or fractures. The TMT bar is bent in a device and visually inspected for fractures and cracks. The bending strength is calculated by dividing the maximum stress exerted on the bar during the bending test by the distance between the neutral axis and the outer surface of the bent bar. Higher bending strength indicates better ductility and elasticity of the TMT bar.

For S-E-L Tiger TMT bars, the bending test is conducted as per IS 1599 and using appropriately sized mandrels as specified in IS 1786. 

Sampling & test piece preparation :

  • The sample preparation involves rounding the edges of the tensile surface of the test piece and flattening the bend zone.
  •  The processing can be done by machining or grinding (except for HSDS Bar), with appropriate precautions taken to avoid superficial hardness increase. 
  • The testing can be conducted in a press or by bending over rollers. The capacity of the equipment must be appropriate to complete the bending.


  • The specimen is cut as per the required length. (The length of the bend specimen depends upon the sample diameter and bending apparatus/engagement.)
  • The appropriate mandrel is set in the UTM arrangement (The free length between two rollers should be Mandrel Length + 3 x Material Dia)
  • The specimen, mandrel, and the roller fixtures are adjusted as required such that the load should be drawn in the middle portion of the specimen.
  • Load is applied through the mandrel until its edges become parallel.
  • The specimen is drawn out and checked for any crack or rupture on the bent portion.
  • If no rupture or cracks are visible to a person of normal or corrected vision on the bent portion, the specimen shall be considered to have passed the test.
  • Re-bend test:

The rebend test is carried out to verify that the TMT bar has enough ductility to withstand bending and rebending without cracking or breaking. The re-bend test is important to ensure that the TMT bars meet the required standards and specifications for use in construction.

For S-E-L Tiger TMT bars, the bending test is conducted as per the guideline and appropriately sized mandrels as specified in IS 1786.


  • The specimen is cut to the required length.
  • The appropriate mandrel is set in the UTM arrangement.
  • The specimen, mandrel, and roller fixtures are adjusted as required such that load should be drawn in the middle portion of the specimen.
  • The test piece is bent to an included angle of 135o.
  • The bent piece is kept in boiling water for 30 min.
  • The test piece is taken out and allowed to cool.
  • After cooling, it is bent back at an angle of 157.5o by reverse pressure.

The specimen shall be considered to have passed the test if no rupture or cracks are visible to a person of normal or corrected vision on the rebent portion.


Looking for the best TMT brand in India for your construction project?

Explore  S-E-L Tiger TMT bars. The size range of the S-E-L Tiger TMT Rebar is from 5.5 mm to 32 mm. We operate two state-of-the-art integrated steel plants to fulfil the modern construction demands with the best quality TMT bars. Our TMT bars are widely known for their strength, durability, and versatility across India. The perfect blend of carbon and manganese endows the bars with endurance, making them resistant to fire, corrosion, and earthquakes.


  • Social Share:

Searching for the best sariya for home? Check why SEL Tiger TMT bars are popular construction materials for residential buildings

best sariya for home

Choosing the best quality TMT sariya for home construction is important for the safety, durability, and cost-effectiveness of the building. It is important to choose a reputable manufacturer who follows the highest quality standards and uses the best raw materials to manufacture TMT sariya. If you are looking for the best TMT bar for house construction, explore SEL Tiger TMT bars as our TMT bars are known for their exceptional quality and unmatched performance. 

Quality assurance:

Ensuring quality is a vital aspect of manufacturing high-grade TMT bars. We enforce stringent quality control measures to provide our customers with the finest quality products. We implement rigid quality control measures to offer the best quality products to our customers.

Some of the certifications we received include: 

ISO 9001:2015 – This is a quality management system certification that focuses on meeting customer requirements and improving customer satisfaction.

ISO 140001:2015 – This is an environmental management system certification that demonstrates our commitment to reducing our environmental impact and complying with environmental regulations.

OHSMS 45001:2018 – This is a health and safety management system certification that demonstrates our commitment to ensuring a safe and healthy work environment for employees.

IS 1786:2008 – This is a certification for the manufacturing of TMT bars, indicating that we are manufacturing TMT bars that meet the required Indian Standards.

We also conduct regular training and development programs for our employees to upgrade their skills and knowledge in quality assurance.

Advantages of using SEL Tiger TMT Bars for residential buildings: 

SEL Tiger TMT bars are the preferred choice of architects, builders, and contractors when it comes to the construction of residential projects. Our TMT bars are the most sought-after product in the market as they offer enhanced durability and longevity to your dream homes.

Let’s have a look at the key factors which makes SEL Tiger TMT bars a preferred product:

  • SEL Tiger TMT bars undergo the process of controlled quenching and tempering which imparts strength and toughness to the TMT bars along with resistance to cracking, bending, and other types of damage.
  • SEL Tiger TMT bars can withstand tough weather conditions.
  • SEL Tiger TMT bars have a special rib pattern on their surface which allows the bars to bond well with concrete and cement mixture, which provides a stable sturdy structure without cracks.
  • SEL Tiger TMT bars are earthquake resistant
  • SEL Tiger TMT bars have better bendability and rebendability
  • SEL Tiger TMT bars have consistent quality, making them apt for all construction needs

Cost-effectiveness of SEL Tiger TMT Bars

Construction materials are preferred on the basis of quality and affordable pricing. 

  • Excellent strength and flexibility: SEL Tiger TMT Bars have higher strength and flexibility than traditional mild steel bars, allowing for the use of fewer bars in construction projects, reducing transportation and material costs.
  • Advanced bonding properties: The advanced bonding properties of SEL Tiger TMT Bars eliminate the need for extra steel reinforcement materials, reducing the overall construction cost.
  • Corrosion resistance: SEL Tiger TMT Bars have high corrosion resistance, reducing the need for painting and anti-corrosive coatings, which saves maintenance costs.
  • Long-term strength and durability: SEL Tiger TMT Bars have long-term strength and durability, reducing the chances of frequent repairs and replacements, which can add to the cost of construction.

Positive customer feedback: 

SEL Tiger TMT Bars have impressed a number of customers. Our customers have shared their feedback which we have proudly displayed on our website. These messages from our esteemed customers encourage us to put in more hard work and raise the bar.

  • Social Share:

Looking for the best tmt brand in India? Check this read on hiring a cost-conscious builder

Looking for the best tmt brand in India? Check this read on hiring a cost-conscious builder

When it comes to building your dream home, you want to find a builder who understands the value of cost-consciousness. You want someone who can work with you to find cost-effective solutions without compromising on quality. A cost-conscious builder can help you stay within your budget by providing a detailed breakdown of the costs involved in the construction process. They can also help you make informed decisions about the materials and design choices where you can save money without compromising the structural integrity of the home. Here we discuss some useful tips to find a cost conscious builder who can help you achieve your goals within your budget: 

  1. Comparing quotes: Check the market rates before you choose your builder. An ideal way to do that is by getting quotes from multiple builders. You can get a good deal when you get quotes from other builders. Comparing different prices and services will ensure that you are getting the best value for your money.
  2. Check experience: When looking for a cost-conscious builder, experience is an important deciding factor. Usually an experienced builder can easily identify different cost saving opportunities without compromising on the structural integrity of your house. Research a builder’s experience and quality of construction materials the builder uses in projects. Before selecting a builder, schedule a face-to face consultation to discuss their previous experiences and the cost-saving measures they have adopted. You can ask about the builder’s approach to customer satisfaction and timely delivery. You want to work with a builder who is responsive to your needs and is committed to delivering your project on time and within budget.
  3. Ask for references: One effective way to assess a builder’s credibility and work experience is to contact the previous customers. When you contact a builder’s former clients, ask about their overall experience, including the quality of work, service, communication, timeliness and adherence to budget. Also, ask whether there were any unexpected issues that arose during the project or not. If there were issues, how did the builder handle it?
  4. Check for certifications and licenses: Certifications are a proof of expertise and standard of quality offered by the builders. Search for builders who have proper certifications and valid licenses to conduct business. A certificate from a relevant authority ensures that the builder has demonstrated substantial knowledge and experience in the industry. Also, check whether the builders are members of any professional associations or not.
  5. Clarify payment terms: Before zeroing in on a builder, check whether you understand the initial estimates and payment terms. Before signing any contract, understand the initial estimates and payment terms. Also, seek clarification on any ambiguous or complex clauses – it will ensure that both the parties are on the same page. This will help you avoid any misunderstandings or arguments down the way.
  6. Get the details in writing: You need to have every detail of the project in writing. The details are inclusive of factors such as the scope of work, timeline and budget. These terms have to be clearly outlined in writing. 

You might like to read: TMT bar in India for home construction: Check these useful insights

Searching for the best TMT brand in India? 

Check SEL Tiger TMT Bars.  Manufactured using the latest quenching technology, SEL Tiger TMT bars are tougher on the outside and soft on the inside. We provide ISO, BIS certified and NABL approved TMT bars. Our TMT bars are fire resistant – they can withstand high temperatures up to 600°C to 650°C. Our TMT bars have high tensile strength, which makes them ideal for use in earthquake-prone areas.

For more information on TMT bar strength and TMT bar price, contact us.

  • Social Share:

How construction companies can boost their business: Useful insights by SEL Tiger TMT, one of the best TMT bar companies in India

How construction companies can boost their business

In recent years, with increased urbanisation and industrialisation, construction companies have faced a surge in demand for infrastructure, residential and commercial projects. However, with increase in demand, there has been an increase in competition. As a result, it has become important for construction companies to adopt effective strategies to boost their business performance, tap into new markets, and remain competitive in the industry.  From streamlined operations and improved project management to effective marketing techniques, there are a myriad of strategies that construction companies can use to successfully navigate the landscape. Here we discuss some useful strategies that a construction company should consider to boost their business:

  1. Adding new services and competitive pricing: Integrating new and trendy services such as renewable energy installations, smart home technology installations or sustainable construction practices, can significantly boost the business of a construction company. It can help the company stand out from their competitors, boost its reputation, and appeal to a wider customer base. Also, competitive pricing can help customers make better purchasing decisions. When deciding on the pricing, study the competitors’ pricing patterns and adjust accordingly. For some projects, it can be a good idea to offer discounts and promotions which can also attract more customers.
  2. Leverage the power of technology: Investing in the latest technological advancements can help construction companies stay ahead of the competition and meet the demands of the modern construction industry. The companies should actively adopt new technologies such as Building Information Modeling (BIM) software, drones for surveying and mapping, and project management software which can help streamline construction processes, reduce errors, and increase efficiency.
  3. Maintain quality and safety: Placing a strong emphasis on quality and safety can help the construction company build a strong reputation in the market. When it comes to quality and safety, it is important that construction companies buy high-quality construction materials such as TMT bars, cement and concrete.
    Reputed construction companies prefer using SEL Tiger TMT bars as they are certified for MS and CRS Grades through IS 2830:2012 compliance. They also comply with IS 1786:2008 for CRS, FE415, and Fe550D Grade. As one of the top TMT brands, SEL Tiger TMT bars boast of consistent quality that make them an ideal choice for all construction projects.
    Companies should implement stringent quality control procedures to ensure that each and every aspect of the project – right from the planning to construction, meets the requisite industry standards and regulations.
    Strict quality control processes also ensure that the final outcome meets the client’s requirements and reduces the risk of rework and costly errors.
    Companies should also invest in employee training to keep their staff up-to-date with the advanced construction techniques, safety practices and quality standards.
  4. Collaboration: To achieve business growth, it is important for a construction company to expand its networks and offer extensive services to clients. This can be achieved by collaborating with different businesses such as architects, interior designers and suppliers. Great collaborations can boost the reputation of the company and increase its visibility in the industry. Construction companies can also partner with different builders and contractors to boost their business. Most construction companies gain a wider clientele and generate higher sales when they start building relationships with industry professionals and reputed manufacturers.
  5. Online presence: Construction companies should work on developing and maintaining an online presence on social media platforms and review sites. This helps them reach a wider client base and build a strong connection with them. When it comes to social media, companies can showcase their past projects, share client testimonials and provide substantial content to attract potential clients.

You might like to read: Construction Trends To Watch Out in 2023

Are you planning to buy the best TMT in India for your next project? 

Check SEL Tiger TMT Bars. Made using the latest and advanced technology, our TMT bars are strong, bendable, fire and corrosion resistant. The unique rib design of our TMT bars gives maximum Rib Area (AR) value, ensuring a strong, long-lasting bond with cement (concrete). To know more about our TMT bars, get in touch with us.

  • Social Share:

Check this read on commonly used corrosion-resistant construction materials

Check this read on commonly used corrosion-resistant construction materials

When metal is exposed to moisture, air, saltwater and other environmental factors, it causes them to degrade and weaken over time – and this process is known as corrosion. Construction companies prefer corrosion resistant construction materials because corrosion can impact the structural integrity of a structure and can lead to complete failure. When construction materials are exposed to harsh environmental conditions, they can corrode, leading to structural damage and safety hazards. This is particularly concerning for infrastructural projects such as buildings, dams, bridges and other construction that need to withstand harsh environmental conditions. Over here we discuss some of the common corrosion resistant construction materials : 

  1. Stainless Steel: Due to its high chromium content, stainless steel forms a protective oxide layer that resists corrosion. Stainless steel is highly durable and strong. It is widely used in structural constructions such as columns, beams and braces. Stainless steel sheets are also used in cladding and roofing to enhance the aesthetic appeal of the construction. Their durability and resistance to adverse climatic conditions also make them a popular choice for building bridges, handrails and facades. 
  2. Aluminium: Construction companies use aluminium due to its lightweight and its corrosion resistant properties. resistance to corrosion. Aluminium forms an oxide layer on its surface when exposed to air, which protects it from natural corroding substances such as moisture, salt and acidic substances. It is popularly used for roofing, gutters, and siding. Aluminium is also used in beams, columns, and trusses due to its light weight and strength. In addition to roofing and cladding, aluminium is widely used to manufacture doors and windows. Since aluminium is easy to work with, it is used to build curtain walls, which are non-load bearing walls that let in natural light while also maintaining optimum insulation throughout the year. 
  3. Galvanised Steel: Galvanised steel is coated with a layer of zinc, which makes it an excellent corrosion-resistant material. It is widely used in different outdoor applications, such as fencing, roofing, handrails, balustrades and lighting poles. Galvanisation is the process of coating galvanised steel with a layer of zinc. The zinc coating acts as a sacrificial anode and corrodes first when exposed to moisture and harmful chemicals, protecting the underlying steel from corrosion. The process of galvanisation makes galvanised steel a popular choice for construction and industrial applications. 
  4. Concrete with corrosion-resistant additives: Concrete is not inherently corrosion-resistant. However, when special additives are used in the correct proportions and under the right conditions, they can significantly improve the corrosion resistance of concrete. A few of these additives are:
    • Corrosion inhibitors: Corrosion inhibitors are added to concrete mix or applied to the surface after concrete has been poured. They reduce the rate of corrosion by inhibiting the chemical reactions causing it.
    • Waterproofing agents: It reduces the amount of water that penetrates the concrete, helping to prevent corrosion caused by moisture.
    • Silica fume: A fine powder that is added to  improve the strength and durability of concrete.
    • Fly ash: A byproduct of coal-fired power plants, fly ash can be added to the concrete mix to improve its strength and durability.
    • Stainless steel fibres: These fibres are added to the concrete mix to improve its strength and durability. 
  5. Polyvinyl Chloride (PVC): PVC is made of plastic material and is commonly used in piping systems due to its inherent corrosion resistance property. It is a popular choice for construction applications due to its corrosion resistance, durability and environmental friendliness. PVC is resistant to corrosive chemicals, including acids and alkalis, thus making it ideal for use in chemical plants, water treatment facilities and underground pipelines. 
  6. TMT bars: In recent years, the use of TMT bars with improved corrosion resistance has become increasingly popular in construction. In India, TMT bars are often referred to as “saria” in the local language. High-quality TMT bars are highly ductile, strong and are corrosion resistant. TMT bars owe their corrosion resistance to the presence of a protective layer of oxide on their surface. During their manufacturing, TMT bars are subjected to high temperatures and rapid cooling. It causes the outer layer of the TMT bar to harden. Also, due to the cooling process, a layer of oxide forms on the surface of the TMT bar. This oxide layer acts as a natural barrier that prevents air, moisture or other corrosive materials from penetrating to the underlying steel. 

You might like to read: Reasons you should use the best quality sariya to make your home earthquake-resistant

If you are looking for the best saria brand in India, check SEL TIGER TMT bars. Available in sizes ranging from 5.5 mm to 32 mm, our TMT bars are not only corrosion resistant but are also earthquake and fire-resistant. 

  • Social Share:

Top Challenges faced by homeowners during construction: Useful insights by a TMT bar supplier

TMT bar supplier

As a homeowner, you will find your home construction project exciting and rewarding.   But it can also come with some challenges. As a reputed TMT bar supplier, here we share useful insights on common challenges that you may face during construction:

1. Project approvals: The first step to building your dream home is getting the approvals for your project. You need to get several approvals before the contractor can start working on the project.  You need to get approvals from several government and municipal bodies. This may entail a lot of applications and submissions which can be time-consuming. Some of the common approvals you need are: 

  • Land clearance 
  • Building approval
  • Zonal approval 

2. Finding the right contractor: Finding the right contractor who will understand your specific requirements and ensure the perfect home construction is very important.  To shortlist potential contractors, you will have to research, read reviews and ratings online, and check to see if they are licensed.

3. Budget constraints:  Staying within the budget is one of the biggest challenges you may face.  The cost of construction materials, labour, and other expenses can quickly add up. It is important to carefully plan and allocate funds to stay on track. Thus,  you must have a proper understanding of your budget and discuss it in detail with your contractor to avoid changes or modifications to the original plan. 

4. Safety concerns: Construction sites are usually hazardous places. Therefore, it is important for you to make sure that the contractor you hire is reliable and follows all safety measures. This should be done for the safety of workers and site visitors like you and your family members.

5. Deciding the house plan and related changed orders: Change orders are required when you want to make changes to the initial construction plan. These changes will delay the project time and cost extra. It is recommended that you carefully consider the changes you want. 

6. Finding quality building materials: Ensuring that your contractor uses high-quality building materials can be a major concern for you. You may face some challenges in deciding which cement, ready mix concrete, TMT bars, waterproofing solutions and other building materials to use. When you are choosing building materials, always ensure that  you choose products that not just meet your budget but are also suitable in terms of durability and strength. The materials used in construction need to be strong enough to support the weight of the structure and withstand the various forces it will be subjected to, such as wind, rain and earthquakes. 

To create a strong structure, you need good quality cement and TMT bars. Though cement is strong, you need TMT bars to give the structure stability and strength. When high-quality TMT bars are used, structures can resist the effects of seismic activities.  Fe550D TMT bars are recommended for earthquake-prone zones. 

Looking for a reputed TMT bar supplier? 

If you are searching ‘TMT tmt bar suppliers near me’, online explore SEL Tiger TMT Bars.  Made using the latest and advanced technology, SEL Tiger TMT Bars are corrosion and fire resistant. They are also highly ductile and resistant to earthquakes. SEL Tiger TMT bars have a higher elongation percentage than other TMT bars. This high bendability of SEL Tiger TMT bars help the structure to withstand tremors and the after-effects of earthquakes.  Our SEL Tiger TMT bars are Fe 550D grade. For more details feel free to contact us.

  • Social Share: