TMT Bars

TMT bars or Thermo-Mechanically Treated bars are high-strength reinforcement bars having a tough outer core and a soft inner core. The very first step of the manufacturing process involves passing the steel wires through a rolling mill stand. Thereafter, these rolled steel wires are again passed through the Tempcore water cooling system. While passing the wires through the water cooling system, the water pressure is optimized. The sudden quenching and drastic change in temperature toughen the outer layer of the steel bar, thus making it super tough and durable. Once this process is over, the TMT bars are subject to atmospheric cooling. This is done in order to equalize the temperature difference between the soft inner core and the tough exterior. Once the TMT bar cools down, it slowly turns into a ferrite-pearlite mass. The inner core remains soft giving the TMT bar great tensile strength and elongation point. This design is unique to the TMT bars and gives superior ductility to the bars. Also, this unique manufacturing technique and the absence of Cold stress make this bar corrosion-resistant and boost its weldability.

Specification : FE 500/FE 500D/FE550/FE550D/FE600
Available Sizes : 8 mm to 32 mm
Make : RE-Rolling Make.

This same manufacturing process is used to manufacture high-quality TMT bars. This delivers greater tensile strength to the TMT bars. The most important features of TMT bar include higher elongation. This improves the bend/re-bend properties or the TMT bars, thus making it safe from natural calamities such as an earthquake. The Thermal stability of TMT bars is high which makes them safe from any fire accidents. The special ribbed design of the TMT bars forms a stronger bond with the concrete or cement, thus, provides additional support and strength to the building structure and improves their longevity and durability. The high tensile strength and flexibility make TMT bars the ultimate choice for earthquake-prone zones. TMT bars have greater shock-absorbing capacity when compared to other TMT bars. This prevents the collapse of a building during an earthquake and ensures the longevity of the structure. Compared to ordinary steel bars, the same quantity of TMT bars can provide 20% additional strength to the structure.

Angles

Steel Angle is an essential ‘steel shape’ with low carbon that is hot rolled. It is the most popular of all steel shapes. It is angled at 90° which makes it a strong and sturdy product that is used for various applications. Steel Angles have a bar shape and it conforms to the ASTM A36 Steel Standard. Steel Angles can be either hot rolled or cold rolled. Hot Rolled Steel angles are mostly used in industries and manufacturing units because they have a rough surface that makes them suitable for different applications. They can also be made capable of resisting corrosion through galvanization. Hot Rolled Steel Angles are made from low-carbon steel that is unalloyed.

AVAILABLE SIZES : ALL SIZES OF ANGLES FROM 6 mm to 140 mm
GRADES : ALL ISI MATERIALS
MAKE : RE ROLLING MAKE

Some uses of the Steel Angles are in the manufacture of frames, fabrications, shelves, brackets, vehicle building, construction, and maintenance. Structural usage of Steel Angles is maximum compared to any other sector. Examples include riveted, bolted, or welded construction of buildings, bridges, machinery, etc. A few other uses are for booms, rails, braces, cross-members, liners, truck trailers, truck beds, racks, etc. More uses of the Steel Angle include construction of bicycle racks, motor mounts, etc. Steel Angles come in different lengths and sizes. They can also be cut to the desired length as per requirements. Additional rust protection can be achieved by red oxide coating or hammarite metal spray paint to give it an extra finish depending upon the application.

Channels

A Steel Channel is a C-shaped Structure made from Mild Steel that is hot rolled. The inside corners of the steel channel have specific radii that provides it the required strength and rigidity to support steel angles, and for various other structural and construction projects. They are fairly easy to prepare with the right equipment and dimensions. Steel Channels commonly follow the dimensional standards of ASTM 36. Post hot-rolling, the Steel Channels are generally subjected to additional inline fabrication. After the fabrication process, it is either painted or sent for galvanisation to make it resistant to corrosion. Steel Channels can be cut, drilled, or machined per requirements. They can also be welded with ease. Large Channels are usually manufactured using laser fusion technology.

AVAILABLE SIZES : ALL SIZES OF ANGLES FROM .( 75 x 40 mm – 400 x 100 mm)
GRADES : ALL ISI MATERIALS
MAKE : RE ROLLING MAKE

Steel Channels fit both Indoor and Outdoor usage. They are normally employed for general construction. Few examples of use are as Lintel above doors and as support for floor joists. Indoor usage is mostly as Holders, Covers, Frames, Inserts, Décor, Brackets, Tracks, Slides, Posts etc. Outdoor usage include as Standards, Supports, Reinforcements, Stiffeners, Railings, Rails, Rims, Purlins, Sub-girts, Girts, etc. Other industries that use Steel Channels are Ship Building and Automotive Industries. Majority of Manufacturing Industries make passive use of Steel Channels. They are also used for Repairs. Construction of Bridges and Machinery also make use of Steel Channels. Civil Engineering and Building/Construction are the two main Industrial sectors that see high demand for Steel Channels. Their Corrosion Resistant and high support properties make them useful in these two sectors.

Joist & Beam

Steel Beams are also known as “I-Beams”. I-Beams are made even using Aluminium or other metals. Structural Steel Beams are the most popular and are used for a variety of purposes owing to their usefulness. Steel Beams are made either by Rolling namely, hot rolling, cold rolling, and extrusion or by the Plate Girder process namely, by welding, bolting, or riveting plates. Before preparation, specific dimensions and measurements are specified for the Steel Beams to perfect their shape. The exact dimensions are crucial in ensuring the right size that will yield the best results when the finished product is used. To achieve high accuracy in manufacturing, Steel Beams are made using Laser Fusion Technology by Engineers who mix the right proportion of thickness and material grades.

AVAILABLE SIZES : All Sizes of JOIST ( 100 x 50 mm – 600 x 210 mm)
GRADES : ALL ISI MATERIALS

Steel Beams shaped in the form of the capital letter ‘I’ are mostly used in industries that need tapered flanges. “W-shaped” Steel Beams, also called wide flange beams are used in residential housing and construction purposes. There are also “H-Flanges” that are a bit more heavier and longer than I-Flanges but look almost the same. Due to their useful shapes and good strength-to-weight ratio, they are best suited for construction. Industrial sheds, Bridges and Building structures mostly use steel beams. They can expertly handle vertical gravitational forces and horizontal earthquake or wind forces. Transmission Line Towers and Frames also see extensive usage of Steel Beams. They form strong bonds with Brickwork and Lintel which makes them perfect for structural projects.

Binding Wires

These products are widely acclaimed by the esteemed clients for optimum quality, surface finish and high tensile strength. Binding Wires finds wide application in construction industry or for daily use as binding material. Offered range is stringently checked by the quality analyzers on varied parameters to ensure quality. These products are manufactured using high quality components and advanced technology in tune with the predefined quality standards.

GRADES : ALL ISI MATERIALS
MAKE : RE ROLLING MAKE