
15NiCr1Mo12 is a high-performance Nickel-Chromium-Molybdenum alloy steel known for its exceptional toughness and core strength. It is primarily used for parts requiring high surface hardness after carburizing, combined with a very strong and ductile core to withstand heavy shock loads.
| Feature | Details |
| Material Number | 1.6723 |
| Standard | EN 10084 / DIN 17210 |
| Chemical Composition | Nickel (2.80% 3.30%), Chromium (0.60% 0.90%), Molybdenum (0.15% 0.30%) |
| Core Tensile Strength | $1100 - 1450 \text{ MPa}$ (after heat treatment) |
| Condition | Annealed / Case Hardened |
Because of its high fatigue strength and resistance to wear, 15NiCr1Mo12 round bars are used for:
Heavy-Duty Gearing: High-load gears, crown wheels, and pinions.
Automotive & Aerospace: Critical drivetrain components and crankshafts.
Mining & Drilling: Heavy-duty shafts and connecting rods subjected to extreme impact.
Machine Tools: High-precision spindles and wear-resistant mechanical parts.
Extreme Core Toughness: Unlike standard steels, this maintains high ductility even at very high strength levels.
Superior Case Hardening: Ideal for carburizing to achieve a high-wear surface ($58-62 \text{ HRC}$).
Shock Load Resistance: Specifically engineered to prevent brittle failure under sudden impact.
Premium Machinability: When supplied in the annealed state, it allows for high-precision machining before final hardening.
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