Kg & pieces - No decimal places. The 16NCD13 is a lightly alloyed case-hardening steel, often used in applications requiring fatigue and wear resistance. It is primarily suited for parts subjected to high stresses, such as safety components, in sectors as diverse as automotive, precision mechanics, and aerospace. This high-performance steel has found the right balance between good core toughness and high surface strength, further enhanced through carbon addition. Thanks to a fine microstructure and the presence of nickel in the alloy, it also offers good fatigue resistance. Although it has decent weldability, 16NCD13 still requires specific precautions (preheating, post-heating, etc.). It is typically used for heavy repetitive mechanical parts such as gears, pinions, drive shafts, and axles. In short, the 16NCD13 steel is chosen for its mechanical properties in extreme environments, such as the aerospace sector. Offering an excellent compromise between surface hardness, wear resistance, core toughness, and fatigue strength, it is built to last despite high cyclic stresses. The variations in its chemical composition for aerospace. ROUND BAR SQUARE BAR, RECTANGULAR BAR, ROUND BAR, WIRE, SHEET, ROUND TUBE RECTANGULAR BAR, ROUND BAR, SHEET, SQUARE TUBE, ROUND TUBE SQUARE BAR, ROUND BAR ROUND BAR ROUND BAR SQUARE BAR, RECTANGULAR BAR, ROUND BAR ROUND BAR ROUND BAR, ROUND TUBE SQUARE BAR, HEXAGONAL BAR, RECTANGULAR BAR, ROUND BAR, WIRE SQUARE BAR, RECTANGULAR BAR, ROUND BAR ROUND BAR PROFILE ROUND BAR ROUND BAR ROUND BAR SHEET SHEET ROUND BAR, SHEET ROUND BAR RECTANGULAR BAR, ROUND BAR ROUND BAR ROUND BAR ROUND BAR SHEET ROUND BAR SQUARE BAR, RECTANGULAR BAR ROUND BAR SHEET ROUND BAR ROUND BAR ROUND BAR ROUND BAR ROUND BAR ROUND BAR, SHEET, ROUND TUBE ROUND BAR ROUND BAR The most remarkable properties of this steel alloy 880-1380 MPa ≥600 kJ/m² ≥640 MPa ≥241 How it is used in various industries.16NCD13 Case-Hardening Steel: Reliability, Strength, and Performance
Chemical composition of 16NCD13
% C
CarbonCr
ChromiumMn
ManganeseMo
MolybdenumNi
NickelP
PhosphorusS
SulfurSi
Silicon Min. 0.12 0.80 0.30 0.20 3.00 <0.00 <0.00 0.15 Max. 0.17 1.10 0.60 0.30 3.50 0.025 0.020 0.40 Related steel alloys
12NC12, FE-PL61
15CDV6, 15CrMoV6, 1.7734, 1.7736, AIR 9160
25CD4S, 1.7218, 25CrMo4, FLE-PL1502
300M, A646, K44220
30CD12, 1.8515, 30CrMo12, 31CrMo12, FE-PL1501
30CND8
30NCD16, 1.6747, 30NiCrMo16-6, FE-PL2107, 30Ni4CrMoA
32CDV13, 1.8522, 33CrMoV12, FE-PL1504
35CD4, 36CrMo4
35NC6, 35NiCr6
35NCD16, 1.6773, 36NiCrMo16, FE-PL2108
40CAD6-10
40CDV12
40NCD7, 40NiCrMo7
42CD4
45SCD6
C75S
DC04, Fe P04, St 14, ES
E15CDV6
E16NCD13
E32CDV13
E35NCD16
E40CDV12
E4330, 4330 Mod, A646 Grade 5
FER PUR
GENRE STUB
S145F
S145H
S534
S97D
S98D
S99
X210CR12
X30Cr13, Z30C13
XC18S
XC38
Z230KDWVC11
Key properties
Tensile Strength
Impact Toughness
Yield Strength
Brinell Hardness
Optimizing the use of 16NCD13 : treatments, regulations, and options.
Applications of
16NCD13 steel