Specification of Adukia’s TMT Bars

The importance of reliable reinforcement steel has never been greater across the construction sector. The strength and safety of a structure depend heavily on the quality of the TMT bars used, making it essential to understand their specifications before choosing them. Grade, chemical composition and mechanical properties, with the manufacturing process – all influence how TMT bars perform over time.
Adukia Industries, known for producing high-quality steel, offers TMT bars engineered with precision and backed by transparent specifications that ensure durability, ductility, weldability, and corrosion resistance.
This article breaks down the specifications of Adukia’s TMT bars in clear detail so that you will learn about the details of these TMT bars.

Adukia Tmt Bars Technical Specifications

TMT Bar Mechanical Properties

Concrete gains its true strength when paired with high-performance reinforcement steel. Understanding the mechanical behaviour of Adukia’s TMT bars helps builders and engineers assess how they will respond to stress, strain, and long-term usage.

• Yield Strength & Ultimate Tensile Strength (UTS)

  Adukia’s UltraMax Fe 550D TMT specification offers a minimum yield strength of 570 N/mm² and an ultimate tensile strength of up to 630 N/mm². This makes them significantly stronger than many conventional options in the market. Their high strength supports the reduced consumption of steel without compromising on safety. These bars perform reliably in structures that experience substantial loads, such as industrial buildings, high-rise towers, and bridges.

• Elongation / Ductility

  Adukia’s Fe 550D bars provide up to 20% elongation, enabling the steel to bend and deform safely without fracturing. This characteristic is especially valuable in regions with seismic activity. Where structures must absorb shock and redistribute stress without sudden failure these TMT bars are suitable. The ductility of these bars also enhances handling and bending efficiency on-site. It can lower the risk of breakage and reduce wastage during reinforcement work.

• Heat / Thermal Resistance & Corrosion Resistance

  The thermal resistance of Adukia’s TMT bars ensures that structural stability is retained even during exposure to elevated temperatures. They can withstand up to 500°C without significant loss in strength, and even at 550–600°C, they retain performance within safe margins.
  The Thermex processing creates a refined surface layer that improves resistance to corrosion. This feature is particularly important in coastal regions and humid zones, or areas prone to moisture. In these regions long-term exposure can weaken conventional reinforcement steel.

TMT Bar Physical Properties

• Nominal Diameter: 8 mm to 32 mm
• Unit Weight: As per IS 1786 standards (Check the TMT Bar weight chart per meter table)
• Surface: Ribbed for superior bonding with concrete
• Straightness: Uniform length with minimal bending
• Dimensional Accuracy: Controlled diameter and weight tolerances
• Finish: Clean, scale-free surface for improved corrosion resistance
• Bendability: Excellent bend and re-bend properties without cracks

Adukia Tmt Bars Sizes

Using advanced German Thermax technology, Adukia manufactures Fe 550 grade TMT bars in sizes from 8mm to 32mm, delivering high strength, durability, and reliable performance for all types of construction.

TMT Bar Weight Chart Per Meter

Manufacturing Process & Quality Assurance

The specifications of any TMT bar only hold value if they are consistently met during production. Adukia ensures uniformity and reliability through an advanced manufacturing system supported by rigorous quality checks.

• Thermo-Mechanical Treatment & Production Technology

  Adukia’s TMT bars are manufactured using the Thermex quenching process. It produces a bar with a strong outer layer and a ductile core. This combination enhances both performance and safety, ensuring that the bars provide the ideal balance between rigidity and flexibility. The bars are rolled from in-house manufactured billets. This gives Adukia full control over the purity and consistency of raw materials, which directly impacts structural reliability.

• Quality Control – Chemical, Mechanical & Visual Tests

  Adukia conducts extensive testing at every production stage.

  • Chemical analyses verify correct carbon, manganese, sulphur, phosphorus, and carbon equivalent levels.
  • Mechanical tests examine tensile strength, yield strength and ductility with bending performance.
  • Ultrasonic testing and visual inspections ensure that no internal or surface defects compromise the bar’s quality.
  • These systematic checks uphold Adukia’s promise of offering TMT bars that strictly adhere to BIS standards and deliver consistent structural performance.

Benefits of Using Adukia TMT Bars for Construction

Adukia TMT Bars are designed to deliver strength, safety, and long-term performance for modern construction needs. Manufactured with advanced technology, they ensure reliable quality and durability for every structure.

• Made with advanced German Thermax technology
• Fe 550 grade as per IS 1786 standards
• High tensile strength and excellent ductility
• Corrosion resistance for longer life
• Super earthquake and heat resistance
• Strong bonding with concrete
• Available in sizes from 8mm to 32mm
• Ideal for residential, commercial, and industrial projects

How to Match Adukia’s TMT Bars Specifications to Your Project Needs

Every construction project demands reinforcement that suits its scale and load profile with environmental conditions. Matching these needs with the correct specifications ensures proper performance and cost efficiency.

• Small-scale residential construction:

  Lower grades such as Fe 500 may be sufficient for beams, slabs, and footing applications. These grades provide adequate strength while maintaining excellent workability and weldability.

• Mid-rise commercial or residential buildings:

  Fe 550D offers a suitable balance of higher strength and enhanced ductility, making it ideal for buildings that require both structural rigidity and flexibility.

• High-rise, industrial, or infrastructure projects:

  UltraMax Fe 550D bars are well-suited for heavy load conditions. It is because of their high yield strength and superior tensile capacity with resistance to corrosion and heat.

• Seismic or coastal regions:

  The combination of high ductility and low carbon equivalent with corrosion resistance makes Adukia’s Fe 550D bars a dependable option. It is suitable especially for areas exposed to tremors, saline air, or frequent moisture.

Conclusion

Selecting the right TMT bar is not merely a procurement decision but shapes the long-term safety, performance, and durability of a structure. Adukia Industries TMT bars features offer clear and well-defined specifications that assist engineers and builders in making confident choices. Their specifications support diverse project requirements-from homes and commercial buildings to industrial and infrastructure developments.

When the aim is to construct structures that stand strong over time, Adukia’s TMT bars provide the reliability, clarity, and consistency that modern construction demands.