TMT Bars 8-25mm

FE 550D

Ready to Build Bars

Ready to Build

FE 550D TMT BAR Properties

Chemical Composition

ELEMENT	Unit	IS:1786 FE 550D	Minar TMT TEMPCORE 550D *
CARBON	%	0.250max	0.230 max
CARBON EQUIVALENT(C+Mn/6)	%	0.420 max	0.380 max
SULPHUR	%	0.040 max	0.035 max
PHOSPHORUS	%	0.040 max	0.035 max
SULPHUR & PHOSPHORUS	%	0.075 max	0.065 max
MANGANESE	%	******	0.900 max
SILICON	%	******	0.300 max

Mechanical Properties

Property	Unit	IS:1786 FE 550D	Minar TMT TEMPCORE 550D *
Yield Strength(YS)	N/mm²	550 min	570 min
Tensile Strength(UTS)	N/mm²	600 min	650 min
UTS/YS	Ratio	1.08 min	1.14 min
Elongation	%	14.5 min	18 min
Total Elongation	%	5 min	6 min

As per IS 1786:2008 WEIGHT in Kg/M

Nominal Size (MM)	Standard Mass per Meter	& of Tolerance on Nominal Weight	Maximum Mass Per Meter	Minimum Mass Per Meter
8	0.395	±7	0.422	0.367
10	0.617	±5	0.647	0.586
12	0.888	±5	0.932	0.844
16	1.580	±3	1.620	1.532
20	2.470	±3	2.540	2.393
25	3.850	±3	3.960	3.740

Minar WEIGHT in Kg/M

Minimum Mass Per Meter	Minar Standard Weight	Maximum Mass Per Meter
0.370	0.380	0.400
0.590	0.600	0.620
0.850	0.870	0.890
1.535	1.550	1.590
2.400	2.420	2.500
3.750	3.800	3.900

Tolerances on nominal mass

IS 1786:2008	Batch	Individual sample
Up to and including 10mm	±7	-8
Over 10mm up to and including 16mm	±5	-6
Over 16mm	±3	-4

MECHANICAL PROPERTIES OF HIGH STRENGTH DEFORMED BARS AND WIRES

Sl No.	Property	Fe 415	Fe 415D	Fe 415S	Fe 550	Fe 550D	Fe 600
(1)	(2)	(3)	(4)	(5)	(6)	(7)	(8)
i)	0.2 percent proof stress/ yield stress, Min, N/mm²	415.0	415.0	415.0	550.0	550.0	600.0
ii)	0.2 percent proof stress/ yield stress, Max, N/mm²	—	—	540.0	—	—	—
iii)	TS/YS ratio¹⁾, N/mm²	≥ 1.10, but TS not less than 485.0 N/mm²	≥ 1.12, but TS not less than 500.0 N/mm²	1.25	≥ 1.06, but TS not less than 585 N/mm²	≥ 1.08, but TS not less than 600.0 N/mm²	≥ 1.06, but TS not less than 660 N/mm²
iv)	Elongation, percent, min. on gauge length 5.65√A, where A is the cross-sectional area of the test piece	14.5	18.0	20.0	10.0	14.5	10.0
v)	Total elongation at maximum force, percent, Min, on gauge length 5.65√A, where A is the cross-sectional area of the test piece (see 3.9)²⁾	—	5	10	—	5	—
TS/YS ratio refers to ratio of tensile strength to the 0.2 percent proof stress or yield stress of the test piece
Test, wherever specified by the purchaser

Ready to Build

Build Faster, Build Better

Minar TMT Ready-to-Build Bars are pre-bent and shaped TMT bars, designed to streamline construction processes and save valuable time and resources. These innovative products eliminate the need for on-site bending and cutting, reducing waste and ensuring efficient project completion. Pre-fabricated shapes reduce on-site bending and cutting time, minimizing waste and material loss. Streamlined construction processes improve productivity, while pre-bent shapes ensure precise measurements and alignment. Minar TMT's commitment to quality guarantees superior performance, making Ready-to-Build Bars the perfect solution for contractors and builders seeking to optimize their projects and achieve exceptional results.

Our Clients

Projects Achieved with Minar

Minar TMT proudly partners with esteemed clients across various industries, delivering exceptional quality and performance on numerous projects. Our high-grade TMT bars serve as the backbone of successful constructions, from towering skyscrapers to extensive infrastructure developments. With a strong commitment to innovation and excellence, we consistently exceed client expectations. Our TMT bars provide superior strength, durability, and flexibility, ensuring the structural integrity of your projects. Whether you're building residential complexes, commercial spaces, or public infrastructure, Minar TMT is your trusted partner for high-quality construction materials. Our experienced team works closely with clients to offer tailored solutions that meet the unique demands of each project. Experience the Minar TMT difference on your next endeavor and discover why we are the preferred choice for builders and contractors worldwide. Choose Minar TMT, where excellence is the foundation of every successful project.