Product Description
Chemical Composition Of Manganese Steel Plates & Sheets
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Elements
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C
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Mn
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Si
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S
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P
|
|
ASTM 128 Gr B2
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1.05 1.2
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11.5 -14
|
1.0
|
|
0.070
|
|
Manganese
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1.13 - 1.2
|
11.5 -14
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0.40
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0.003
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0.020
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Mechanical Properties Of Manganese Steel Plates & Sheets
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YIELD
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TENSILE UTS 20 C (68 F)
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ELONGATION
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CHARPY Kcvl 20C (4F)
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HARDNESS BHN
|
|
350 MPa 51 KSI
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940 MPa 136 KSI
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(5d) 40%
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140J/cm2 100 ft. lbs
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220 to 540
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Physical Properties Of Manganese Steel Plates & Sheets
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|
Density
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Expansion Coeff 0-600C
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Specific Heat
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Electrical Resistivity
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Thermal Conductivity
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Magnetic Permability
|
|
Metric
US
|
7.88
|
10 C 21.5 10 11.9
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J/Metric Kg. C 502 BTU/lbF .12
|
75 -75
|
W/m. C13 BTU/hr.ftF 7.3
|
1.002
|
Advanced Manganese Steel TechnologyEngineered with a manganese content ranging between 12% and 14%, our CR steel plates offer increased toughness and work-hardening capabilities. Manganese boosts hardness without sacrificing ductility, making these plates suitable for projects where both impact resistance and durability matter.
Versatile Applications in ConstructionSpecially developed for construction, our steel plates adapt seamlessly to various structural or architectural requirements. Their polished silver appearance and tough material properties ensure longevity even under high stress, contributing greatly to infrastructure and industrial projects across India.
FAQ's of 12% To 14% Manganese CR Steel Plates:
Q: How are 12% to 14% Manganese CR Steel Plates produced?
A: These plates are manufactured by adding 12% to 14% manganese to carbon steel and then cold rolling the mixture to achieve a polished surface. This process enhances their hardness, ductility, and wear resistance, making them suitable for rugged construction use.
Q: What are the primary applications of manganese steel plates in construction?
A: Manganese steel plates are commonly used in construction for structural frameworks, wear-resistant linings, heavy machinery, and components exposed to impact or abrasion, thanks to their superior toughness and resilience.
Q: When should 12% to 14% Manganese CR Steel Plates be chosen over regular steel plates?
A: You should select these plates when your project demands high impact resistance, prolonged durability, and protection against wear, making them ideal for structures or machines that endure continuous stress.
Q: Where can I purchase manganese steel plates in India?
A: You can obtain these plates from authorized distributors, exporters, importers, manufacturers, suppliers, traders, and wholesalers specializing in construction-grade steel products throughout India.
Q: What is the manufacturing process for these steel plates?
A: The production involves alloying steel with 12% to 14% manganese, followed by cold rolling and polishing. This results in a high-strength plate with a smooth, polished silver finish, tailored specifically for construction and industrial applications.
Q: How should manganese steel plates be used for optimal performance?
A: To maximize their benefits, install manganese steel plates in high-wear areas such as construction frameworks, mining equipment, or heavy-duty machinery. Their ability to harden under impact helps to extend service life and reduce replacement frequency.
Q: What are the key benefits of using 12% to 14% Manganese CR Steel Plates?
A: These plates provide outstanding impact and abrasion resistance, exceptional work-hardening properties, and a polished surface, which collectively ensure a long lifespan and lower maintenance costs for demanding construction and industrial projects.