Page 15 - MESCO Newsline 11th Edition

--MESCO Newsline

Our Product at a Glance (MESCO STEEL II)

MESCON TMT

Size with Sectional Weight Tolerances as per IS 1786
s Nominal Size Mass per Meter Tolerance on Nominal Tol in Individual Mass of the
No. (mm) Mass
1 8 0.395 7% 8%
2 10 0.617 +1-7% +/-8%
3 12 0.888 +/-5% +/-6%
4 16 1.580 +/-5% +1-6%
5 20 2.470 +/-3% +/-4%
6 25 3.850 +/ 3% +/ 4%
7 28 4.830 +/ 3% +/ 4%
8 32 6.313 +/-3% +/-4%
Length: Uniform 12 Mtrs. Can also be supplied in any length on mutual agreement.
Advantages of MESCON TMT Fe 500
Superior Corrosion Resistant. of the rib pattern ensures uniform strong bonding with
MESCON TMT Bars show negligible rusting in comparison concrete for the entire structure.
to Cold Twisted Bars, even after a long period of time due Fire Resistance Property
to its special manufacturing process and absence of Cold MESCON TMT bars when exposed to a temperature of
Stress. 400°C for one hour, lose only 5% of its tensile strength,
Earthquake Resistant/Seismic Property which is regained as the temperature comes down.
With superior seismic properties, MESCON TMT bars Higher Fatigue Strength
ensure better protection and minimum damage to the The fatigue strength of these bars meets the requirements
structure in the event of earthquake. of International Standards.
Excellent Bendability & Workability Resistance to Ageing
The tough outer layer of Martensite and the ductile core The mechanical properties of MESCON TMT bars such as
of the MESCON TMT bars result in excellent bendability. strength and elongation do not show significant change
This Ferrite Pearlite structure allows these bars to be bent as a function of time.
with ease. Weldability
Superior Rib Pattern MESCON TMT bars with low carbon content can be used
MESCON TMT bars have unique rib patterns resulting in for butt and other weld joints without reduction in
formation of a strong bond with concrete. The uniformity strength at the weld joints.

BILLET
ontinuous Casting is the process by which shape and quality. The process has been optimized
molten metal is transformed to a solidified state through careful integration of electro-mechanical
C of semi finished Billet, Bloom, or Slab. Molten sensors, computer-control, and production planning to
Metal from the Electric Arc Furnace / Induction provide a highly automated system.
Furnace is tapped into a ladle, and then from bottom MULTI RADIAL BOW TYPE
TYPE OF MACHINE
of the ladle molten metal is poured into the Tundish CASTING MACHINE
of Continuous Casting Machine. RADIUS OF MACHINE Rl: 6 METER, R2:11 METER
Continuous Casting has evolved from a batch process WIDTH: 100 MM TO 200MM,
into a sophisticated continuous process. This CASTING RANGE HIGHT: 100MMTO 250MM,
transformation has occurred through understanding LENGT H: 3 6 METER
principles of mechanical design, heat-transfer, steel MILD STEEL, ALLOY
CASTING MATERIAL
metallurgical properties and stress-strain STEEL
CASTING SPEED 1 TO 4 MTR/MIN.
relationships, to produce a product with excellent
The best steel doesn't always shine the brightest