3J53
3J53 · alloy
3J53
Bar,Plate | T 15018 3J53, GB/T 15018-1994
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
3J58
3J58 · alloy
3J58
Bar,Plate | T 15018 3J58, GB/T 15018-1994
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
3J60
3J60 · other
3J60
| GB/T 15018-1994
Fe-Ni-Cr: Ni 41-43 Cr 5.0-5.6 Ti 2.3-2.8 Al 0.4-0.8 Fe bal (high-elastic)
3J62
3J62 · alloy
3J62
Bar,Plate | T 15018 3J62
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
3J63
3J63 · alloy
3J63
Bar,Plate | T 15018 3J63, GB/T 15018-1994
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
3J64
3J64 · other
3J64
| GB/T 15018-1994
Fe-Ni: Ni 42-44 Ti 3.3-3.9 Al 0.8-1.4 Fe bal
3J80
3J80 · alloy
3J80
Bar,Plate | T 15018 3J80
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
3J81
3J81 · alloy
3J81
Bar,Plate | T 15018 3J81
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
3J82
3J82 · alloy
3J82
Bar,Plate | T 15018 3J82
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
3J9
3J9 · alloy
3J9
Bar,Plate | T 15018 3J9
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
3X2V
3X2V8F · other
3X2V8F
Low-alloy engineering steel with enhanced hardenability and strength from alloying elements. Chromium (≈0.65%) improves hardenability, wear and corrosion resistance. Molybdenum (≈0.225%) raises high-temperature strength and prevents temper embrittlement. | GOST 1435 3X2V8F
C:0.50-0.60;Si:≤0.40;Mn:0.50-0.80;Cr:0.50-0.80;Ni:1.40-1.80;Mo:0.15-0.30
3X3M
3X3M3F · other
3X3M3F
Low-alloy engineering steel with enhanced hardenability and strength from alloying elements. Chromium (≈0.65%) improves hardenability, wear and corrosion resistance. Molybdenum (≈0.225%) raises high-temperature strength and prevents temper embrittlement. | GOST 1435 3X3M3F
C:0.50-0.60;Si:≤0.40;Mn:0.50-0.80;Cr:0.50-0.80;Ni:1.40-1.80;Mo:0.15-0.30
4
4 · alloy
4
Bar,Plate | ASTM A194 4
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
4.6
4.6 · alloy
4.6
Bar,Plate | ISO 898 4.6
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
4.8
4.8 · alloy
4.8
Bar,Plate | ISO 898 4.8
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
40
40 · alloy
40
Forging" | GOST 1050 40
C:0.17-0.23;Si:0.17-0.37;Mn:0.35-0.65
40 A
40 Annealed Bar · alloy
40 (Annealed)
| GB/T 699
C:0.37-0.45;Mn:0.50-0.80;P:≤0.035;S:≤0.035;Si:0.17-0.37
40 A
40 Annealed Bar Heavy · alloy
40 (Annealed)
| GB/T 699
C:0.37-0.45;Mn:0.50-0.80;P:≤0.035;S:≤0.035;Si:0.17-0.37
40 A
40 Annealed Bar Medium · alloy
40 (Annealed)
| GB/T 699
C:0.37-0.45;Mn:0.50-0.80;P:≤0.035;S:≤0.035;Si:0.17-0.37