High Tensile Plates supplier in India
Stockist of High Tensile Steel Plates for extreme temperatures, high weldability and rolled condition
Table Of Content
- High Tensile Steel Plate Density
- Strength Requirements of High Strength Steel Sheet
- High Tensile Stainless Steel Plate Chemical Composition
- Mechanical Properties of High Tensile Steel Plate
- High Strength Carbon Steel Plate Heat Treatment
- High Tensile plate Classes for hot-dip zinc coating
- Benefits of High Yield Steel Plate
Distributor of High Yield Steel Plate with a yield strength between 210 MPa-550 MPa, check high strength steel plate price, thickness and grades
The overall strength of the High Tensile Plates can easily be improved by adding elements such as carbon and manganese in alloy steel’s chemical composition. But adding these alloying elements might reduce the fabricability of the steel, and as a result the plate might become hard to weld.
The hot rolling procedures followed by normalizing can be executed for manufacturing these plates. This gives the plates a homogeneous and fine grain structure, and that is why the High Strength Plates are widely used in passenger vehicle production. One of the main reasons behind this is, the plates are quite lightweight- the automobile manufacturers basically reduce the weight of the product to maximize its performance and the high strength sheets can help with that. You would find these sheets and plates in a wide range of automobile equipment including buses, trains, trucks, etc.
There are several benefits of the High Tensile Steel Plate and that is why their usage is become quite popular across various industries:
- This is economic as by increasing the strength of the plate, its structural section can be reduced. It also depends on the structural problem but it would surely reduce the erection and fabrication cost. As a result, the procedure can help to save a lot of money.
- Also, by introducing special aesthetics, the size of the structural elements can be reduced easily. This can get embedded in the environment in an outstanding way.
- As the construction process would be conducted using less steel, thus there will be a reduction in consumption. This is an important feature given the fact that how scarce the earth’s resources are getting with each passing day.
- The modern High Tensile Strength Steel Plates exhibit high strength values, enhanced toughness and improved safety, in both fabrication and application procedures.
The High Strength Steel Plate can be described as a plate that comes with increased strength. They also possess good formability and weldability. These plates are known for resisting atmospheric corrosion much better compared to any other type of conventional stainless steel.
There are many reasons behind using the High Tensile Plate, we have listed some of them below:
- The structural section of the steel can easily be reduced by increasing the steel’s strength.
- The High Yield Steel Plate can also effectively reduce the structural element’s size, which, in turn, makes it possible to develop them into a structure that looks elegant and has an aesthetic appeal.
- Grade: EN26 high tensile steel
Equivalent Grade; BS970 Part 3-1991 826M40, BS970-1955 EN26, AS 1444-1996 X9940, - Grade: 4140 high tensile steel
Equivalent Grades; BS970-1955, AS1444-1996 4140, ASTM A29/29M 1991 4140, EN19A, BS970 Part 3-1991 709M40, SAE/AISI 4140 - Grade: 4145H high tensile steel
Equivalent Grade; UNS H41450, SAE J1268, API Spec 7, ASTM A304 - Grade: EN25 high tensile steel
Equivalent Grade; BS970 Part 3-1991 826M31, BS970-1955 EN25, AS1444-1996 X9931, - Grade: 4340 high tensile steel
Equivalent Grade; BS970-1955, AS1444-1996 4340, ASTM A29/29M 1991 4340, EN24, BS970 Part 3-1991 817M40, SAE/AISI 4340 - Grade: 300M high tensile steel
Equivalent Grades; UNS K44220, DIN 1.6928, ASTM A646
AMS 6417, ASTM A579, MIL S-8844D, AMS 6419, S-8844 Class 2
ASTM (USA) | DIN (GERMANY) | IS (INDIA) | EN (EUROPE) | BS (ENGLAND) | JIS (JAPAN) |
---|---|---|---|---|---|
A572: Gr 50, Gr 42, A656 Gr 50 |
17100: ST 52.3, ST 44.3 | IS 2062: E350, E300, E450, E410 SAILMA: 350HI, 300HI, 450HI, 410HI IS 8500: FE540, FE 490, FE 440, FE 570 |
EN 10025: S355 EN 10113, S275 |
BS 4360: 50, 43 | G 3106: SS520, SM 490 G 3101: SS490 |
Specification | High Tensile Steel Plates |
---|---|
Production | Cold-Rolled (CR) and Hot-Rolled (HR) Manufacturer and Supplier |
Width | 1000 MM - 3000 MM |
Thickness: | 3 MM - 250 MM |
Lengths: | up to 20 M |
Application | Sugar Mills , Oil & Gas , Ship Building , Chemicals & Fertilizers Industries , Paper Industries , Cement Industries , Petrochemicals , etc |
Type | Description | Malaysia FOB Price | USA FOB Price | Singapore FOB Price | Europe FOB Price | Saudi Arabia (KSA) FOB Price |
---|---|---|---|---|---|---|
Unit Per mtr | Unit Per mtr | Unit Per mtr | Unit Per mtr | Unit Per mtr | ||
High Strength steel plate | Size : 16mm x 1500mm x 6000mm | Malaysia Ringgit 4.56 | US $ 1.12 | Singapore Dollar 1.50 | Euro 0.94 | Saudi Riyal 4.20 |
High Tensile plate | Size : 12.7mm x 1500mm x 5000mm | Malaysia Ringgit 4.48 | US $ 1.1 | Singapore Dollar 1.47 | Euro 0.92 | Saudi Riyal 4.13 |
Cold Rolled (CR) and Hot Rolled (HR) High Strength Steel Plate supplier in Asia for construction, structural & offshore applications
Quality | Test Temperature °C | |||
-60 | -40 | -20 | -50 | |
ML | 27J | |||
M | 40J | |||
QL | 30J | |||
Q | 30J | |||
QL1 | 30J |
Steel Grade | Executive Standard |
---|---|
Q295(A, B), | GB/T1591-94 |
16Mn 15MnV, 12Mn, 15MnVN 14MnNb | GB3274-88 |
Q345(A, E, C, D, B)≥ 102mm | Q/WTB8 - 2000 |
Q345(A, E, C, D, B)≤100mm | GB/T1591-94 |
Q550(E, D), Q500(E, D), Q690(E, D), Q620(E, D) | GB/T16270 |
Q390(A, E, C, D, B) Q420(A, E, C, D, B) Q460(E, C, D) | GB/T1591-94 |
SM490(A, B, C), SM490Y(A, B) SM520(B, C), SM570 | JIS G3106 |
St44-3, St52-3, St50-2 St60-2, St70-2 | DIN17100 |
SS490, SS540 | JIS G3101 |
StE355, StE315, StE460, StE380 StE420, StE500 | DIN17102 |
S275( J0, JR, J2G4, J2G4 ) S355(J2G4, J2G3, J0, K2G4, JR, K2G3) E335, E295, E360 | EN10025 |
A572M(Gr42, 60, 50, 65) A633M(A, E, C, D) | ASTM |
E460(DE, D), E420(DE, D), E550(DE, D) High-strength low-alloy (HSLA) | ISO4950-3 |
WH410LK(BB41BF) WH490LK(BB503) | special purpose and condition |
S420N, S460NL S275NL, S460N, S275N, S355N, S420NL, S355NL | EN10113 |
WH60(A, E, C, D, B), | WJX013-2001 |
50(A, B, C, D, DE, DE, F) 43(A, E, C, D, BE), 55(C, EE, F) | BS4360 |
WH80 | WYJ002-2002 |
WH70 | WYJ060-2000 |
E355(DE, D), E460(CC, DE, D) | ISO4950-2 |
Fe430(A, B, C, D) Fe510(B, C, D) | ISO630 |
MATERIAL | DENSITY (G/CM³) | YIELD STRENGTH (MPA) |
---|---|---|
Steel, high strength alloy ASTM A514 | 7.8 | 690 |
Steel, AISI 4130, water quenched 855 °C (1570 °F), 480 °C (900 °F) temper | 7.85 | 951 |
Acrylic, clear cast sheet (PMMA) | 1.16 | 72 |
Grade | Nominal Thickness t (mm) | ||
Minimum yield strength ReH, MPa | |||
50 < t ≤ 100 | 3 ≤ t ≤ 50 | 100 < t ≤ 150 | |
S500Q | 480 | 500 | 440 |
S460Q | 440 | 460 | 400 |
S960Q | 960 | ||
S550Q | 530 | 550 | 490 |
S690Q | 650 | 690 | 630 |
S620Q | 580 | 620 | 560 |
S890Q | 830 | 890 | |
Tensile strength Rm, MPa | |||
S500Q | 590-770 | 540-720 | |
S690Q | 760-930 | 710-900 | |
S620Q | 700-890 | 650-830 | |
S460Q | 550-720 | 500-670 | |
S550Q | 640-820 | 590-770 | |
S890Q | 880-1100 |
Exporter of 16- 40mm Thick Hot Rolled High Strength Plates in various materials at factory price in India
Al | S | Ni | Cr | C | Mo | Si | Mn | P |
---|---|---|---|---|---|---|---|---|
0.015 max | 0.005 max | 2.0 max | 1.50 max | 0.20 max | 0.70 max | 0.80 max | 1.70 max | 0.0.20 max |
Thickness milimeter | Re MPa | Rm MPa | A % |
---|---|---|---|
> 50 ? 100 | 650 | 760 – 930 | 14 |
< 50 | 690 | 770 – 940 | 14 |
> 100 | 630 | 710 – 900 | 14 |
Treatment time & manner of cooling | Heat Treatment | Temperature °C |
---|---|---|
min. 30 minutes, 2 minutes/mm thickness in the furnace Slow cooling |
Stress relieving | 550 to 580 (target 560) |
Classes | Composition wt - % | ||
Si + 2.5P | Si | P | |
Class 2 | ≤0.35 | ||
Class 1 | ≤0.090 | ≤0.030 | |
Class 3 | 0.14 ≤ Si ≤ .25 | ≤0.035 |
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