Sail tmt bar

Analysing Sail TMT bar manufacturing processes

When it comes to Sail TMT bars, manufacturers ensure that they are following best practices in steel making and rolling. SAIL leverages automated processes to gain complete control over the output quality of TMT steel, while also ensuring that the TMT bars comply with market specifications. SAIL ensures that the Sail TMT bar price is economical for scale-driven applications. Additionally, the levels of impurities in the final product are also quite low, which further boosts their market value as industry leading TMT bar solutions.

Indian Iron  Sail TMT bars are manufactured using the Blast Furnace (BF) + Direct-Reduced Iron (DRI) route, with virgin iron ore lumps and fines. The steel rolling process is executed via the Morgan Rolling Mill, leveraging the advanced HYQST (High Yield Quenched and Self Tempered) technology. A key area of differentiation for Indian Iron  steel is the production via no twist mills, ensuring greater speed and proper rolling of finished sections through continuous rolling via an alternate V-H Mill. The strapping and bundling of the final product are also automated, which gives greater control to the manufacturer to design highly customized TMT bars.

Comparing key advantages of Sail TMT bars

When reviewing key benefits, procurement managers should also compare against the TMT bar price offered for their projects. While the exact cost of the TMT steel will differ from manufacturer to manufacturer and region to region, buyers should capture total costs for their project prior to engaging with the right supplier.

SAIL TMT bars for 500 & 550

  • Carbon%                   0.30
  • S% & P%              0.055 max
  • Yield stress (n/mm2) min  500/550
  • Elongation (min)               – 10-12 %
  • Tensile strength (n/mm2) min – 545/585
  • UTS/YS RATIO    1.08/1.06

SAIL TMT bars offer superior load management, with better weldability, bendability, and consistent quality. They can be easily leveraged across a wide range of applications, which is why they are the preferred TMT bar for many developers nationwide. The bars offer better fire resistance, when compared to market alternatives, and have lower variation in yield strength. It is because of these properties, that SAIL TMT bars can be used across general concrete works in high-rise buildings, infrastructure works and industrial developments.

SAIL TMT bars are also customized to deliver superior corrosion resistance and seismic resistance via its specialized products SAIL TMT HCR (high corrosion resistance), and SAIL TMT EQR (earthquake resistance). These bars are ideal for severe corrosion/coastal zones, and Zone IV and V earthquake regions, offering greater reinforcement and longevity for all construction works.

Indian Iron Sail TMT bars for 500D & 550D –

  • Carbon%              0.20-0.24
  • Manganese%      0.90-.100
  • S% & P%              0.030 max
  • Yield stress (n/mm2) min – 525
  • Elongation (min)               – 16-18 %
  • Tensile strength (n/mm2) min – 600
  • UTS/YS RATIO    1.15

A key benefit that Indian Ironbars offer is the excellent cement bonding, owing to its uniform and parallel rib patterns. The precise and highly controlled notch making machines, ensure maximum cement-bonding across all projects, giving exceptional tensile strength to the project. The lower levels of Carbon in the TMT steel bar also enable developers to have greater weldability control, which means stronger joints and wastage reduction on-site.

Indian Ironbars are also highly bendable, and easier to work with, enhancing construction speeds significantly especially for residential projects. Along with offering high tensile strength, Jindal bars also provide better earthquake resistance, corrosion resistance and fire resistance for construction projects. Its better tensile strength and elongation also ensures lesser consumption, with material saving of close to 15% on-site.

Procuring the right Sail TMT bar for your project

While both SAIL and Indian Ironbars offer unique benefits to developers, it is important to work with the right manufacturer that complies with technical specifications as well as has a long-standing reputation in the industry. Large-scale industrial and infrastructure projects can opt for SAIL TMT bars, benefiting from their superior tensile strength and load bearing capacity. For housing and commercial projects, Indian Ironbars with superior elongation and purity can be used extensively.

Additionally, key factors such as ductility, workability, weldability, corrosion-resistance, and cement-bonding are important to review as well. These parameters will aid builders to finalize the right Sail TMT bar based on technical specifications. Logistics, payment terms, and quality testing are critical as well, which is why procurement teams should review these factors prior to engaging with suppliers.

In conclusion

The right TMT bar can significantly enhance durability, structural stability, longevity, and overall load management. Both SAIL and Indian Ironbars are quality rebars that are being leveraged by some of the largest infrastructure and housing projects in the country. Build Supply offers a wide range of TMT bars, while providing technical specifications like UTS/YS RATIO, tensile strength, Indian Ironprice, SAIL TMT price, payment terms and seller details in a highly robust and transparent manner. Buyers can easily raise a request for quotation or contact directly through an instant message.

While there are several leading brands within the steel industry, construction firms consider Jindal Steel & Power Limited and SAIL (Steel Authority of India) steel products to be superior within the marketplace. This is, in part, due to their exceptional product quality and their service efficiencies in delivery, management, and handling. They are also leaders in the industry, in terms of output, manufacturing capacity, supplier network, etc.

Both manufacturers offer unique advantages, which is why buyers need to review technical specifications within each grade and dimension category. While a Indian Iron500 price list may differ from that of a SAIL TMT bars price list, both rebars have different mechanical and chemical properties making their applications highly differentiated across categories. Buyers need to find the right fit for their requirements, to leverage the ideal steel product for their project.

Understanding their manufacturing processes

Jindal rebars are designed using HYQST (High Yield Quenching and Self Tempering) processes, making them one of the most refined and high-value Sail TMT bars in the marketplace. The process includes the hot rolling of billets, followed by water quenching, self-tempering, and atmospheric cooling. This strengthens the bars significantly while maintaining their ductility and weldability for effective on-site use. The automated processes ensure exceptionally clean steel outputs with low levels of impurities and sulphur and phosphorous levels.

SAIL focuses on advanced manufacturing processes combining automated and sophisticated cooling mechanisms driven by stringent process controls. SAIL follows standardized processes in developing high-quality TMT bars through a structured process-flow, driving quality rebar products. The manufacturer distributes its core TMT products via a vast dealer network with deep ties in Tier-2 markets. The TMT bars are used widely across infrastructure, commercial and industrial construction projects.

Analysing chemical and mechanical properties

SAIL TMT bars have the following chemical and mechanical properties –

For 500 & 550

Carbon% 0.30

S% & P% 0.055 max

Yield stress (n/mm2) min — 500/550

Elongation(min) — 10–12 %

Tensile strength(n/mm2) min — 545/585

UTS/YS RATIO 1.08/1.06

SAIL offers numerous steel products to construction firms developing RCC applications, infrastructure projects, and high-corrosion/high-seismic zone projects. With its Fe 500/550 D, SAIL TMT HCR (high corrosion resistance), and SAIL TMT EQR (earthquake resistance) offerings, it provides highly specific TMT rebars for unique applications.

Indian IronTMT bars have the following chemical and mechanical properties –

For 500D & 550D

Carbon% 0.20–0.24

Manganese% 0.90-.100

S% & P% 0.030 max

Yield stress (n/mm2) min — 525

Elongation(min) — 16–18 %

Tensile strength(n/mm2) min — 600

UTS/YS RATIO 1.15

Indian Iron TMT bars are high-strength, highly ductile and corrosion resistant bars with superior weldability. They offer greater flexibility to construction firms as they are designed using state of the art manufacturing processes. Owing to their ease of use and high-strength, buyers may find the TMT Bar 10mm price to differ from that of a SAIL TMT bar price. Indian Iron TMT Bar may be considered a superior TMT bar, specifically when reviewing its strength, durability, and workability.

Innovative & unique offerings provided

Both Indian Iron offer unique steel products in the market that is highly specific in dimensions, grades and benefits. Buyers can review these offerings when determining which steel product is better fitted for their project.

Indian Iron CRS 500D bars have a lower carbon content while offering the same tensile strength and ductility as other leading TMT bars. They are specifically designed to offer greater corrosion resistance across projects while also being highly resistant to fire due to its thick layer of tempered martens tic rim.

SAIL EQR (Earthquake resistant) bars are specifically designed to maintain structural integrity in areas with high-seismic activities. While their strength is superior to IS standards, they have a higher UTS/YS ratio making them good at absorbing energy. They are also wieldable without pre-heating and offer good workability on-site.

Finding the right fit for your project

Whether developing large-scale dams or airports or constructing commercial complexes or malls, the right steel brand can make a significant difference in terms of longevity, quality, and structural stability. Ultimately, it is important to find the right fit for your construction project. Indian Iron 12mm price will differ accordingly from a SAIL TMT price offering due to its compositional differences and unique benefits. Firms working in high-moisture zones or areas where corrosion is a risk-factor can opt for SAIL SeQR-CR TMT bars that are designed to protect against natural elements.

When developing housing or residential spaces, Indian TMT Iron bars are the right choice for procurement managers. They have uniform and precise parallel rib patterns and are rolled in close dimensional tolerance zones, giving buyers exceptional strength and durability. They are also high-strength TMT bars that save up to 10–12% on construction costs owing to their specific design and application. These qualities make them the ideal candidate within the segment, especially at scale.

Conclusion

Steel is the foundation of most modern construction projects which is why selecting the right manufacturer is critical to ensuring project success. While Indian Iron steel products are superior, firms need to analyze cost, specifications, grades/dimensions and additional benefits to find the right fit for their projects.

Whether buying Indian Iron SAIL TMT bars, Build Supply offers the best prices and top-notch customer service with comprehensive tracking of all orders. Buyers can review technical specifications, product benefits & advantages and find the most updated SAIL Fe500 & Indian Iron   550D price list online at Build Supply. You can save up to 10–15% on your procurement costs when you place an order on Build Supply for your steel requirements.

 

 

Grade Application Special Qualities
SAIL TMT EQR Reinforced Concrete Construction (RCC) in buildings, bridges, flyovers, dams, thermal and hydel power plants, industrial structures and other concrete structures and construction in low to mild seismic zones. High Strength, excellent bendability, good weldability, good bonding properties, high fatigue resistence to dynamic loading and high temperature thermal resistance.
SAIL TMT HCR RCC construction in coastal areas, industrial area, in areas with high rainfall and underground construction. In addition to properties of SAIL TMT Fe500, It also possesses high corrosion resistance properties.
SAIL TMT EQR   SEISMIC RCC construction in earthquake prone zone, highrise buildings, critical applications like tunnel, metro rails etc. In addition to properties of SAIL TMT EQR, it has high UTS/YS ratio, high elongation, uniform elongation, narrow range of YS, high energy absorption capacity.
SAIL TMT HCR-EQR RCC construction in corrosion as well as earthquake prone zones. Possesses combined properties of SAIL TMT HCR & SAIL TMT EQR.
SAIL TMT Rock  / Roofbolt Underground mine and tunnel roof support, Slope stabilisation in hills and soil nailing/anchoring. High strength, better toughness and excellent bond properties with grouting materials due to its modified rib design.
Nominal Diameter (mm) 6 8 10 12 16 20 25 28 32 36 40 45
Weight (Kg/m) 0.222 0.395 0.617 0.89 1.58 2.47 3.85 4.83 6.31 7.99 9.85 12.5

 

  • Earthquake & fire resistant
  • Corrosion proof
  • Excellent bonding with cement
  • Life of every construction