Introduction
G10MnMoV6-3 (EN 1.5410) is a low-alloy steel casting grade specified in EN 10293. The standard covers steel castings for general engineering uses and defines the applicable delivery conditions and engineering requirements. Casting process options include Investment Casting, Shell Molding Casting and Sand Casting, subject to the applicable specification and component requirements.
| Field | Value |
|---|---|
| Designation | G10MnMoV6-3 (EN 1.5410) |
| Material Type | Alloy Steel |
| Sub Type | Low-Alloy Steel |
| Product Form | casting |
Manufacturing Process
Investment Casting
Shell Molding Casting
Sand Casting
Equivalent Grades
N/A
Similar Materials
N/A
Reference Standards
Related Casting Products
Physical Properties
N/A
Chemical Composition
| Element | EN 10293Edition 2015 · wt.%Cast analysis | EN 10340Edition 2007 · wt.%Cast analysis |
|---|---|---|
| C | ≤ 0.12 | ≤ 0.12 |
| Si | ≤ 0.60 | ≤ 0.60 |
| Mn | 1.20–1.80 | 1.20–1.80 |
| P | ≤ 0.025 | ≤ 0.025 |
| S | ≤ 0.020 | ≤ 0.020 |
| Cr | ≤ 0.30[1] | ≤ 0.30 |
| Ni | ≤ 0.40[1] | ≤ 0.40 |
| Mo | 0.20–0.40 | 0.20–0.40 |
| Cu | ≤ 0.30[1] | ≤ 0.30 |
| V | 0.05–0.10 | 0.05–0.10 |
Notes
EN 10293 · Edition 2015
[1] Cr/Ni/Cu: Applies only where unspecified in unless otherwise agreed; no intentional addition except for finishing the heat.
Heat Treatment
EN 10293–2015 · +QT1
| Step | Operation | Temperature | Cooling |
|---|---|---|---|
| 1 | : quenching | 950–980 °C | air |
| 2 | : tempering | 640–660 °C | — |
EN 10293–2015 · +QT2
| Step | Operation | Temperature | Cooling |
|---|---|---|---|
| 1 | : quenching | 950–980 °C | liquid |
| 2 | : tempering | 640–660 °C | — |
EN 10293–2015 · +QT3
| Step | Operation | Temperature | Cooling |
|---|---|---|---|
| 1 | : quenching | 950–980 °C | liquid |
| 2 | : tempering | 740–760 °C | — |
| 3 | : tempering | 600–650 °C | — |
EN 10340–2007 · +QT1
| Step | Operation | Temperature | Cooling |
|---|---|---|---|
| 1 | : quenching | 950–980 °C | air |
| 2 | : tempering | 640–660 °C | — |
EN 10340–2007 · +QT2
| Step | Operation | Temperature | Cooling |
|---|---|---|---|
| 1 | : quenching | 950–980 °C | liquid |
| 2 | : tempering | 640–660 °C | — |
EN 10340–2007 · +QT3
| Step | Operation | Temperature | Cooling |
|---|---|---|---|
| 1 | : quenching | 950–980 °C | liquid |
| 2 | : tempering | 740–760 °C | — |
| 3 | : tempering | 600–650 °C | — |
Mechanical Properties
Conditions are not identical. Compare each stated condition and applicability separately.
| Property | EN 10293Edition 2015+QT1[1] | EN 10293Edition 2015+QT2[2] | EN 10293Edition 2015+QT3[3] | EN 10340Edition 2007+QT1[4] | EN 10340Edition 2007+QT2[5] | EN 10340Edition 2007+QT3[6] |
|---|---|---|---|---|---|---|
| Yield Strength (Rp0.2) | ≥ 380 MPa[7] ≥ 350 MPa[8] ≥ 330 MPa[9] ≥ 330 MPa[10] | ≥ 500 MPa[11] ≥ 400 MPa[12] ≥ 380 MPa[13] ≥ 350 MPa[14] | ≥ 400 MPa[15] | ≥ 380 MPa[16] ≥ 350 MPa[17] ≥ 330 MPa[18] ≥ 330 MPa[19] | ≥ 500 MPa[20] ≥ 400 MPa[21] ≥ 380 MPa[22] ≥ 350 MPa[23] | ≥ 400 MPa[24] |
| Tensile Strength | 500–650 MPa[7] 480–630 MPa[8] 480–630 MPa[9] 450–600 MPa[10] | 600–750 MPa[11] 550–700 MPa[12] 500–650 MPa[13] 460–610 MPa[14] | 520–650 MPa[15] | 500–650 MPa[16] 480–630 MPa[17] 480–630 MPa[18] 450–600 MPa[19] | 600–750 MPa[20] 550–700 MPa[21] 500–650 MPa[22] 460–610 MPa[23] | 520–650 MPa[24] |
| Elongation | ≥ 22 %[7] ≥ 22 %[8] ≥ 20 %[9] ≥ 18 %[10] | ≥ 18 %[11] ≥ 18 %[12] ≥ 18 %[13] ≥ 18 %[14] | ≥ 22 %[15] | ≥ 22 %[16] ≥ 22 %[17] ≥ 20 %[18] ≥ 18 %[19] | ≥ 18 %[20] ≥ 18 %[21] ≥ 18 %[22] ≥ 18 %[23] | ≥ 22 %[24] |
| Impact Energy | ≥ 27 J[25] ≥ 60 J[7] ≥ 60 J[8] ≥ 60 J[9] ≥ 60 J[10] | ≥ 27 J[26] ≥ 60 J[11] ≥ 60 J[12] ≥ 60 J[13] ≥ 60 J[14] | ≥ 27 J[27] ≥ 60 J[15] | ≥ 27 J[28] ≥ 60 J[16] ≥ 60 J[17] ≥ 60 J[18] ≥ 60 J[19] | ≥ 27 J[29] ≥ 60 J[20] ≥ 60 J[21] ≥ 60 J[22] ≥ 60 J[23] | ≥ 27 J[30] ≥ 60 J[24] |
Notes
EN 10293 · Edition 2015
[1] All properties in this column; +QT1: Test block of relevant thickness; maximum test-block wall thickness 150 mm; Properties apply to the casting up to the specified maximum wall thickness; above this, foreseeable lowering shall be agreed.
[2] All properties in this column; +QT2: Test block of relevant thickness; maximum test-block wall thickness 150 mm; Properties apply to the casting up to the specified maximum wall thickness; above this, foreseeable lowering shall be agreed.
[3] All properties in this column; +QT3: wall thickness ≤ 100 mm; Test block of relevant thickness; maximum test-block wall thickness 150 mm; Properties apply to the casting up to the specified maximum wall thickness; above this, foreseeable lowering shall be agreed.
[7] Yield Strength (Rp0.2)/Tensile Strength/Elongation/Impact Energy; +QT1: wall thickness ≤ 50 mm; Room temperature
[8] Yield Strength (Rp0.2)/Tensile Strength/Elongation/Impact Energy; +QT1: wall thickness ≤ 100 mm; Room temperature
[9] Yield Strength (Rp0.2)/Tensile Strength/Elongation/Impact Energy; +QT1: wall thickness ≤ 150 mm; Room temperature
[10] Yield Strength (Rp0.2)/Tensile Strength/Elongation/Impact Energy; +QT1: wall thickness ≤ 250 mm; Room temperature
[11] Yield Strength (Rp0.2)/Tensile Strength/Elongation/Impact Energy; +QT2: wall thickness ≤ 50 mm; Room temperature
[12] Yield Strength (Rp0.2)/Tensile Strength/Elongation/Impact Energy; +QT2: wall thickness ≤ 100 mm; Room temperature
[13] Yield Strength (Rp0.2)/Tensile Strength/Elongation/Impact Energy; +QT2: wall thickness ≤ 150 mm; Room temperature
[14] Yield Strength (Rp0.2)/Tensile Strength/Elongation/Impact Energy; +QT2: wall thickness ≤ 250 mm; Room temperature
[15] Yield Strength (Rp0.2)/Tensile Strength/Elongation/Impact Energy; +QT3: Room temperature
[25] Impact Energy; +QT1: wall thickness ≤ 50 mm; Test at -20 °C
[26] Impact Energy; +QT2: wall thickness ≤ 50 mm; Test at -20 °C
[27] Impact Energy; +QT3: Test at -20 °C
EN 10340 · Edition 2007
[4] All properties in this column; +QT1: Test block of relevant thickness; maximum thickness 150 mm; Yield and tensile strength also apply to the casting up to the maximum relevant wall thickness.
[5] All properties in this column; +QT2: Test block of relevant thickness; maximum thickness 150 mm; Yield and tensile strength also apply to the casting up to the maximum relevant wall thickness.
[6] All properties in this column; +QT3: wall thickness ≤ 100 mm; Test block of relevant thickness; maximum thickness 150 mm; Yield and tensile strength also apply to the casting up to the maximum relevant wall thickness.
[16] Yield Strength (Rp0.2)/Tensile Strength/Elongation/Impact Energy; +QT1: wall thickness ≤ 50 mm; Room temperature
[17] Yield Strength (Rp0.2)/Tensile Strength/Elongation/Impact Energy; +QT1: wall thickness ≤ 100 mm; Room temperature
[18] Yield Strength (Rp0.2)/Tensile Strength/Elongation/Impact Energy; +QT1: wall thickness ≤ 150 mm; Room temperature
[19] Yield Strength (Rp0.2)/Tensile Strength/Elongation/Impact Energy; +QT1: wall thickness ≤ 250 mm; Room temperature
[20] Yield Strength (Rp0.2)/Tensile Strength/Elongation/Impact Energy; +QT2: wall thickness ≤ 50 mm; Room temperature
[21] Yield Strength (Rp0.2)/Tensile Strength/Elongation/Impact Energy; +QT2: wall thickness ≤ 100 mm; Room temperature
[22] Yield Strength (Rp0.2)/Tensile Strength/Elongation/Impact Energy; +QT2: wall thickness ≤ 150 mm; Room temperature
[23] Yield Strength (Rp0.2)/Tensile Strength/Elongation/Impact Energy; +QT2: wall thickness ≤ 250 mm; Room temperature
[24] Yield Strength (Rp0.2)/Tensile Strength/Elongation/Impact Energy; +QT3: Room temperature
[28] Impact Energy; +QT1: wall thickness ≤ 50 mm; Test at -20 °C
[29] Impact Energy; +QT2: wall thickness ≤ 50 mm; Test at -20 °C
[30] Impact Energy; +QT3: Test at -20 °C
Welding Conditions
EN 10293–2015
| Requirement | Value |
|---|---|
| Preheat | 20–150 °C[1] |
| Interpass Temperature | ≤ 350 °C |
| Post-weld Heat Treatment | No heat treatment, or treatment at 20–50 °C below the base-material tempering temperature |
EN 10340–2007
| Requirement | Value |
|---|---|
| Preheat | 20–150 °C[2] |
| Interpass Temperature | ≤ 350 °C |
| Post-weld Heat Treatment | Post-weld temperature 20–50 °C below the base-material tempering temperature |
Notes
EN 10293 · Edition 2015
[1] Preheat: Preheat depends on casting geometry, thickness and climatic conditions.
EN 10340 · Edition 2007
[2] Preheat: Preheat depends on casting geometry, thickness and climatic conditions.
Applications
At the casting-family level, typical applications include machinery, automotive and railway components, agricultural equipment and mining equipment.
Last Updated: October 13, 2026