Difference Between Fe500 and Fe500D TMT rods
Constant researches and developments in
every field are instrumental in enhancing the services, products, and processes
in every industry around the world. The Steel industry, which is one of the key
industries that define the infrastructure of a country is also continuously
studying the nature of the metal and taking the necessary steps to bring the
most advanced features of Steel to you.
At Agni Steels, we have a dedicated research team that looks into the various advancements happening in the Steel industry and ways to incorporate the latest developments at our factory. Our efforts to do so have enabled us to bring to you the most advanced product, Fe 500D with the enhanced ductility and strength produced at our Steel plant.
At Agni Steels, we have a dedicated research team that looks into the various advancements happening in the Steel industry and ways to incorporate the latest developments at our factory. Our efforts to do so have enabled us to bring to you the most advanced product, Fe 500D with the enhanced ductility and strength produced at our Steel plant.
Here we are describing the striking
differences in the two variants, Fe500 and Fe500D for you to understand why it
was important for us to make the switch and why you should switch too.
Chemical
composition:
The main constituents of the Fe TMT rods
that define the chemical properties of the Steel rods are; carbon, sulphur and
phosphorus. The composition of these chemicals in the production of the rods is
altered to get the desired variant.
Chemical
Composition
|
Fe
500 TMT rods
|
Fe
500D TMT rods
|
Carbon
|
0.30
|
0.25
|
Sulphur
|
0.055
|
0.040
|
Phosphorus
|
0.055
|
0.040
|
Sulphur
and Phosphorus
|
0.105
|
0.080
|
The reduced constituents of these alloying
elements in the 500D variant refines the quality and overall ductility of the
TMT rods.
Physical
features
The controlled chemical composition of the
raw-materials in the production of the 500D TMT rods brings about substantial
reformations in the mechanical and physical properties of the product. The contrasting
difference in the physical attributes of the 500 and 500D TMT are:
Mechanical
properties
|
Fe
500 TMT rods
|
Fe
500D TMT rods
|
Elongation
|
12.0
|
16.0
|
Tensile
strength
|
8% more than actual
|
10% more than actual
|
Here, we can see that the elongation of the
TMT bars and the strength of the rods on applying tension/force is higher in
the D variant of the rods. These enhanced mechanical properties of the Fe 500D
TMT rods allow elevated resistance of the rods to natural calamities and also
under stress.
Very informative. Thanks for nice sharing.
ReplyDeleteThanks for nice sharing.
ReplyDeleteThanks for the nice sharing.
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