Fe-500

Fe 500 bars can be used across a range of residential, commercial and multi-storey projects. They offer greater tensile strength and greater ductility which are specially manufactured to provide stability to high-rise projects, while resisting load better.

Fe-500 D

The letter “D” in Fe 500 D implies ductility which means that the steel bars have a higher percentage of elongation.The structures which require more ductility are skyscrapers, stadiums, fly overs, airports, malls, multiplexes, dams, etc. that demand “D” grade TMT bars.Fe500D with lower quantities of carbon, sulphur and phosphorous, helps in preserving the steel and resisting earthquake shocks in future.

Fe-550 D

Fe 550 grade bars can be used across a range of large-scale projects. These are used for developing industrial and large-format infrastructure projects like brides, industrial projects and structures requiring high load-bearing capacities.

Fe-600

Fe 600 is one of the strongest TMT grades used developing heavy-duty infrastructure projects, bridges, marine facilities, etc. They offer greater tensile strength, reduce overall consumption, and ensure lesser steel congestion within the reinforcement. Extensively used for large-scale projects where the more focus is on load bearing, durability, and corrosion-resistance.

Binding Wire

Binding wires are made from high quality carbon steel making them highly resistant to corrosion and abrasion. In RCC work where we use MS steel bars either plain or ribbed or tor, binding wires are used to bind the steel bars to each other at appropriate place according to design at a spacing defined by the drawing. The steel bars should not be disturbed while lying cements concrete in any of member such as column, beam, slab wall etc.

Quality / Specification

The binding wire should be 16 or 18 gauge annealed wire conforming to IS 280. It shall be free from rust, oil, paint, grease, loose mill scale or any type. It shall be free from corrosion and abrasion and should be abrasion highly stringent. Its tensile strength is half hard i.e. the Tensile Strength 250–430 N/mm2. and Elongation: 40 % @ measuring length of 5.0 x dia.

Precaution while binding

Silico Manganese

Sponge Iron

Sponge iron, likewise called direct diminished iron (DRI), is produced using straightforwardly changing iron mineral (in any structure at all) to press by a reduction gas or carbon, created from flammable gas or coal. It is one of the numerous natural substances utilized in Sponge iron.

BILLETS

Steel Billets are the second stage product produced during the time process of making steel bars. The raw steel can’t be utilized in its pure form; it needs to be cast into shape before it is employed. The newly created steel, which is still as a metal bar or square shape, is called steel billet.

Billets are also known as the second-stage product of steel production. They can be produced in two ways namely continuous casting or rolled directly from the casting process by billet mills. Steel Billets are very ductile and are produced in square cross-sections.

A Billet is classified as a semi-finished casting product and can be processed into final products such as TMT bars, rods, & wires.

Best TMT Bar supplier In India | Nakoda TMT Group NAKODA TMT embodies strength, flexibility, ductility, and reliability, ensuring the durability of buildings and homes over time. Our TMT steel is designed for long-lasting durability, showcasing the enduring strength we provide and the confidence you have in our products. https://www.nakodagroup.com/ https://www.nakodagroup.com/tmt.html