SA28
SA285 Grade C · alloy
SA285 Grade C
Bar, Plate, Tube, Forging, Wire |
C:≤0.28;Mn:≤0.98;P:≤0.025;S:≤0.025
SA29
SA299 · alloy
SA299
Bar,Plate | ASME SA SA299
C:0.30-0.45;Mn:0.60-1.00;Si:0.15-0.35;Cr:0.50-1.00;P:≤0.035;S:≤0.040
SA29
SA299A · alloy
SA299A
Bar,Plate | ASME SA SA299A
C:0.30-0.45;Mn:0.60-1.00;Si:0.15-0.35;Cr:0.50-1.00;P:≤0.035;S:≤0.040
SA30
SA302GrA · alloy
SA302GrA
Bar,Plate | ASME SA SA302GrA
C:0.30-0.45;Mn:0.60-1.00;Si:0.15-0.35;Cr:0.50-1.00;P:≤0.035;S:≤0.040
SA30
SA302GrB · alloy
SA302GrB
Bar,Plate | ASME SA SA302GrB
C:0.30-0.45;Mn:0.60-1.00;Si:0.15-0.35;Cr:0.50-1.00;P:≤0.035;S:≤0.040
SA30
SA302GrC · alloy
SA302GrC
Bar,Plate | ASME SA SA302GrC
C:0.30-0.45;Mn:0.60-1.00;Si:0.15-0.35;Cr:0.50-1.00;P:≤0.035;S:≤0.040
SA30
SA302GrD · alloy
SA302GrD
Bar,Plate | ASME SA SA302GrD
C:0.30-0.45;Mn:0.60-1.00;Si:0.15-0.35;Cr:0.50-1.00;P:≤0.035;S:≤0.040
SA33
SA335P11 · alloy
SA335P11
Bar,Plate |
C:0.30-0.45;Mn:0.60-1.00;Si:0.15-0.35;Cr:0.50-1.00;P:≤0.035;S:≤0.040
SA33
SA335P12 · alloy
SA335P12
Bar,Plate |
C:0.30-0.45;Mn:0.60-1.00;Si:0.15-0.35;Cr:0.50-1.00;P:≤0.035;S:≤0.040
SA33
SA335P22 · alloy
SA335P22
Bar,Plate |
C:0.30-0.45;Mn:0.60-1.00;Si:0.15-0.35;Cr:0.50-1.00;P:≤0.035;S:≤0.040
SA33
SA335P91 · alloy
SA335P91
Bar,Plate |
C:0.30-0.45;Mn:0.60-1.00;Si:0.15-0.35;Cr:0.50-1.00;P:≤0.035;S:≤0.040
SA33
SA335P92 · alloy
SA335P92
Bar,Plate |
C:0.30-0.45;Mn:0.60-1.00;Si:0.15-0.35;Cr:0.50-1.00;P:≤0.035;S:≤0.040
SA45
SA455 · alloy
SA455
Bar,Plate | ASME SA SA455
C:0.30-0.45;Mn:0.60-1.00;Si:0.15-0.35;Cr:0.50-1.00;P:≤0.035;S:≤0.040
SA45
SA456 · alloy
SA456
Bar,Plate | ASME SA SA456
C:0.30-0.45;Mn:0.60-1.00;Si:0.15-0.35;Cr:0.50-1.00;P:≤0.035;S:≤0.040
SA50
SA508 Gr1 · alloy
SA508 Gr1
Low-alloy engineering steel with enhanced hardenability and strength from alloying elements. Molybdenum (≈0.525%) raises high-temperature strength and prevents temper embrittlement. Nickel (≈0.7%) increases toughness and impact strength at low temperature | ASTM A508 SA508 Gr1
C:≤0.25;Mn:1.20-1.50;Ni:0.40-1.00;Mo:0.45-0.60
SA50
SA508 Gr2 Cl1 · alloy
SA508 Gr2 Cl1
Low-alloy engineering steel with enhanced hardenability and strength from alloying elements. Molybdenum (≈0.525%) raises high-temperature strength and prevents temper embrittlement. Nickel (≈0.7%) increases toughness and impact strength at low temperature | ASTM A508 SA508 Gr2 Cl1
C:≤0.25;Mn:1.20-1.50;Ni:0.40-1.00;Mo:0.45-0.60
SA50
SA508 Gr3 Cl1 · alloy
SA508 Gr3 Cl1
Low-alloy engineering steel with enhanced hardenability and strength from alloying elements. Molybdenum (≈0.525%) raises high-temperature strength and prevents temper embrittlement. Nickel (≈0.7%) increases toughness and impact strength at low temperature | ASTM A508 SA508 Gr3 Cl1
C:≤0.25;Mn:1.20-1.50;Ni:0.40-1.00;Mo:0.45-0.60
SA50
SA508 Gr3 Cl2 · alloy
SA508 Gr3 Cl2
Low-alloy engineering steel with enhanced hardenability and strength from alloying elements. Molybdenum (≈0.525%) raises high-temperature strength and prevents temper embrittlement. Nickel (≈0.7%) increases toughness and impact strength at low temperature | ASTM A508 SA508 Gr3 Cl2
C:≤0.25;Mn:1.20-1.50;Ni:0.40-1.00;Mo:0.45-0.60
SA50
SA508 Gr4N Cl1 · alloy
SA508 Gr4N Cl1
Low-alloy engineering steel with enhanced hardenability and strength from alloying elements. Molybdenum (≈0.525%) raises high-temperature strength and prevents temper embrittlement. Nickel (≈0.7%) increases toughness and impact strength at low temperature | ASTM A508 SA508 Gr4N Cl1
C:≤0.25;Mn:1.20-1.50;Ni:0.40-1.00;Mo:0.45-0.60