Structural Steel Plates are plates made up of steel that has to conform to standards specified for structural steel. There are different grades and specifications of the structural steel types and they are used in different industrial applications. Suryadeep Industry is a leading supplier of the High Yield Strength Structural Steels Plate products. There are limitations and standards as to which materials and elements could be present in the steel grades and in which quantities. The EN10025-2 Structural Steel Plate is used in the construction industry mainly. The applications include freight cars, machinery, truck parts, transmission towers, crane booms and truck frames. The EN10025-3 Structural Steel Plate belongs to different standards and specifications such as the ASTM 36 and ASTM A572. The different standard specifies different yield strength, tensile strength, toughness, ductility and temperature tolerance. The standards also specify the dimensions of the sheets and plates. The Alloy Structural Steel Plates are made up of different alloys that are present in the steels. Most structural steels are carbon steels. These are also called low alloy steels because the amount of other material present in these structural steel plates is very low.
The EN10025-3 High Strength Structural Steel Plates have tensile strengths up to 930MPa, almost twice as strong as ordinary austenitic stainless steel. The structural steel grades could be used in applications such as bridges and overhead constructions. The EN10025-4 Fine Grain Structural Steel Plates are formed through solid solution annealing and are fine grain structured, so that they are good for welding. There are different thicknesses of these sheets ranging from 3mm to 300mm depending on the grade. The width can range from 1500mm to 4500mm and the length of the Steel EN10025-4 Structural Plate can range from 3000mm to 18000mm. There are cut to length sizes produced based on custom requirements of the applications. The High Strength EN10025-6 Plates are also used in boilers, condensers, boiler tanks, storage containers, oil tankers and many other structural applications. Please contact us for any inquiries on Structural Steel Sheets and their grades and prices.
Table of Content - EN10025-2 Structural Steel Plate Analysis Specification - Carbon Steel Structural Steel Plate Application - Structural Steel Hot Rolled Plate Mechanical Strength Table - Offshore Steel Plate Impact Properties - List Of Structural Steel Plates Types - High Strength Structural Steel Plate Chemical Analysis - Equivalent Grades Of Mild Steel Structural Steel Plate - Structural Steel HR Plate Tolerances - Structural Steel Plates Grade List - Price of High Yield Strength Structural Steels Plate in India - Temperature Limit of EN10025-2 Structural Steel Plate - Alloy Structural Steel Plates Tensile and Yield Strength - EN10025-6 Carbon Structural Steel Plates HS code - High Quality Structural Steel Plate Thickness and Size Chart - EN10025-4 Fine Grain Structural Steel Plate Weight Chart - Steel EN10025-4 Structural Sheet Laser Cutting - High Tensile Structural Steel Plate Uses and Applications - Steel EN10025-4 Structural Plate Welding Material
Item | Structural Steel Plates |
Length | 6 meter - 12 meter |
Grade | EN10025-2, EN10025-3, EN10025-4, EN10025-6 |
Width | 1.5m, 2m, 2.5m and 3m |
Thickness | 6 milimeter – 300 milimeter |
Thickness (milimeter) |
Typical yield strength (MPa), not guaranteed | Hardness 1) (HBW) Min - Max 1) |
---|---|---|
4.7 - 51.0 | 1100 | 375 - 425 |
Grade | Longitudinal test, typical impact energy, Charpy V 10x10 mm test specimen. 1) |
---|---|
Rockstar HiTemp | 60 J/ -40 oC |
C | S | Si | P | Mn | Ni | Cr | B | Mo |
---|---|---|---|---|---|---|---|---|
0.25 | 0.010 | 0.70 | 0.025 | 1.60 | 1.50 | 1.40 | 0.004 | 1.5 |
The steel is grain refined. *) Intentional alloying elements.
Thickness (milimeter) |
4.7 - 51.0 |
---|---|
Max CET(CEV) | 0.47 (0.70) |
Typ CET(CEV) | 0.40 (0.59) |
Spec | Grade |
---|---|
A36 | |
A572 | 42, 50, 55, 60, 65 |
CSAG40.21 | 50A, 50W, 44W |
A709 | 36, 50, 50W, HPS 50W, HPS 70W |
M270 | 50, 50W |
A588 | A, B, K |
A606 | Type II, Type IV |
A871 | 60, 65 |
A656 | 50, 60, 70, 80, 100 |
A573 | 58, 65, 70 |
A283 | C, D |
A633 | A, C, D, E |
Material | Price |
---|---|
A572M Gr65 Structural Steel Plate | US $600.00-$700.00 / Metric Ton |
Steel Plate Structure 20mm 25mm Alloy Steel Plate | US $500.00-$700.00 / Ton |
Q235b Structural Steel Carbon Plate | US $550.00-$620.00 / Ton |
Carbon Structural Steel Thickness 25mm Plate | US $490.00-$580.00 / Ton |
Structure Steel Plate Price | US $600.00-$670.00 / Ton |
Hot Rolled Carbon Structural Steel Plate | US $375.00-$452.00 / Ton |
Low Alloy Structural Steel Plate | US $600.00-$2000 / Ton |
Sae 6150 Alloy Structural Steel Plate | US $800.00-$1000 / Ton |
Structural Steel Plates starts at 900 °C (1,650 °F) for pure iron, then, as more carbon is added, the temperature falls to a minimum 724 °C (1,335 °F)
Structural Steel Grade at 16mm | Minimum Yield Strength at nominal thickness 16mm | |
psi | N/mm2 (MPa) | |
S235 | 33 000 | 235 N/mm2 |
S275 | 36 000 | 275 N/mm2 |
S355 | 50 000 | 355 N/mm2 |
Structural Steel Grade | Tensile Strength MPa at Nom thickness between 3mm and 16mm |
S235 | 360 – 510 MPa |
S275 | 370 – 530 MPa |
S355 | 470 – 630 MPa |
HS Code | Description |
---|---|
7308 | High Strength Structural Steel Plates |
Nominal Size Thickness (inches) |
Weight (lb/ft2) |
3/16 inches | 7.65 |
1/4 inches | 10.20 |
5/16 inches | 12.75 |
3/8 inches | 15.30 |
7/16 inches | 17.85 |
1/2 inches | 20.40 |
9/16 inches | 22.95 |
5/8 inches | 25.50 |
11/16 inches | 28.05 |
3/4 inches | 30.60 |
13/16 inches | 33.15 |
7/8 inches | 35.70 |
1 inches | 40.80 |
1 1/8 inches | 45.90 |
1 1/4 inches | 51.00 |
1 3/8 inches | 56.10 |
1 1/2 inches | 61.20 |
1 5/8 inches | 66.30 |
1 3/4 inches | 71.40 |
1 7/8 inches | 76.50 |
2 inches | 81.60 |
2 1/8 inches | 86.70 |
2 1/4 inches | 91.80 |
2 1/2 inches | 102.00 |
2 3/4 inches | 112.20 |
3 inches | 122.40 |
3 1/4 inches | 132.60 |
3 1/2 inches | 142.80 |
3 3/4 inches | 153.00 |
4 inches | 163.20 |
4 1/4 inches | 173.40 |
4 1/2 inches | 183.60 |
5 inches | 204.00 |
5 1/2 inches | 224.40 |
6 inches | 244.80 |
6 1/2 inches | 265.20 |
7 inches | 285.60 |
7 1/2 inches | 306.00 |
8 inches | 326.40 |
9 inches | 367.20 |
10 inches | 408.00 |
Plate Thickness (mm) |
Weight (kg/m2) |
1.6milimeter | 12.6 |
2.0milimeter | 15.7 |
2.5milimeter | 19.6 |
3milimeter | 23.6 |
3.2milimeter | 25.1 |
4milimeter | 31.4 |
5milimeter | 39.3 |
6milimeter | 47.1 |
8milimeter | 62.8 |
10milimeter | 78.5 |
12.5milimeter | 98.1 |
15milimeter | 118 |
20milimeter | 157 |
22.5milimeter | 177 |
25milimeter | 196 |
30milimeter | 236 |
32milimeter | 251 |
35milimeter | 275 |
40milimeter | 314 |
45milimeter | 353 |
50milimeter | 393 |
55milimeter | 432 |
60milimeter | 471 |
65milimeter | 510 |
70milimeter | 550 |
75milimeter | 589 |
80milimeter | 628 |
90milimeter | 707 |
100milimeter | 785 |
110milimeter | 864 |
120milimeter | 942 |
130milimeter | 1051 |
150milimeter | 1178 |
160milimeter | 1256 |
180milimeter | 1413 |
200milimeter | 1570 |
250milimeter | 1963 |
Laser cutting ensures production speed without losing in precision, reliability, and ease of utilize. Accuracy and 20-30% reduction in getting together also means saving costs. The potentials of laser technology also make it possible to design and do things that were incomprehensible before.
The welding conditions utilized with the developed steel plate. Weld joints were prepared by multi-layer gas metal arc welding (GMAW) with the welding heat input of 0.7 kJ/mm and by multi-layer submerged arc welding (SAW) with 5.0 kJ/mm