07971189489

SHREE JI STEEL PRIVATE LIMITED
GST : 19ABHCS5703P1ZP

Indian Standard Angle

TATA TMT

Name: TATA TMT
Brand: SHREE JI STEEL PRIVATE LIMITED

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MOQ : 25 Tons

TATA TMT Trade Information

Minimum Order Quantity
25 Tons

FOB Port
kolkata

Supply Ability
70000 Tons mt Per Month

Delivery Time
1-10 Days

Sample Available
Yes

Packaging Details
Bundles

Main Domestic Market
All India

Certifications
as per BIS

About TATA TMT

TATA TMT
We are a reckoned firm in the domain, involved in providing a broad spectrum of TATA TMT . This bar finds its wide usage in building construction. Under experts' surveillance, TATA TMT is precisely engineered using high grade metal alloy at our well developed production unit. Moreover, the offered bar is made available to the patrons at affordable prices.

Features:

Corrosion resistance
Robustly constructed
High efficiency

Types:

FE 415
FE 500
FE 550
CRS

TMT BAR Specifications:

Nominal Diameter (mm)	Weight
(mm)	(kg/m)
6	0.222
8	0.395
10	0.617
12	0.89
16	1.58
20	2.47
25	3.85
28	4.83
32	6.31
36	7.99
40	9.85
45	12.5

Precision-Engineered TMT Bars for Construction

TATA TMT Bars are meticulously manufactured using premium mild steel alloy, following IS 1786 specification for strict adherence to quality. Their robust mill finish and uniform 12-meter length allow seamless integration into a variety of construction frameworks, reinforcing tensile strength and structural integrity. Trusted by builders and engineers across India and abroad, TATA delivers dependable value for every construction need.

Certified Quality and Reliable Performance

Every TATA TMT Bar undergoes advanced processing in state-of-the-art manufacturing units. Our products are rigorously tested to match IS 1786 quality benchmarks, ensuring both safety and performance. With a strong focus on sustainable production and efficient supply chain management, TATA stands as a leading exporter and supplier to construction projects of all sizes.

FAQ's of TATA TMT:

Q: How are TATA TMT Bars produced for construction use?

A: TATA TMT Bars are produced through a precise thermo-mechanical treatment process using high-quality mild steel alloy. The bars are hot-rolled and then rapidly cooled, resulting in enhanced strength and durability suitable for demanding construction applications.

Q: What is the significance of the IS 1786 grade in TATA TMT Bars?

A: IS 1786 is a strict Indian standard specifying the criteria for high strength deformed steel bars and wires used in concrete reinforcement. TATA TMT Bars comply with this grade, ensuring each batch meets the required specifications for safety, strength, and reliability in construction.

Q: When should TATA TMT Bars be used in building projects?

A: TATA TMT Bars are essential during the reinforcement phase of construction, particularly in the framework of foundations, slabs, columns, and beams. Their strength provides resistance against structural failure during seismic events and heavy loads.

Q: Where can TATA TMT Bars be sourced?

A: TATA TMT Bars are available through authorized distributors, direct orders from TATA as a manufacturer, or through suppliers and exporters across India. International clients can contact TATA's export division for reliable and timely shipments.

Q: What is the process involved in the mill finish surface treatment?

A: A mill finish is achieved during the rolling process, giving TATA TMT Bars a smooth, scale-free exterior. This treatment prevents corrosion during transit and facilitates easier handling and adhesion to concrete.

Q: How do TATA TMT Bars benefit construction projects?

A: TATA TMT Bars provide excellent tensile strength, ductility, and resilience, which significantly enhance the lifespan and safety of structures. They also offer uniformity in size and shape, simplifying construction and ensuring compatibility with engineering designs.

Q: What are the recommended applications for 12-meter TATA TMT Bars?

A: The 12-meter length is ideal for large-scale reinforcement in bridges, residential and commercial buildings, and industrial infrastructures, minimizing joints and providing continuous support over extended spans.

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