EI765 (HN70VMYUT)
Einstufung
Land |
Abschnitt |
Kategorie |
GUS, Russland, Ukraine |
Korrosionsbeständige Legierungen und Stähle |
Korrosionsbeständiger hitzebeständiger Stahl |
Chemische Zusammensetzung
Standard |
Fe, % |
Si, % |
B, % |
Mn, % |
Co, % |
Cr, % |
Ti, % |
Cu, % |
Ni, % |
V, % |
Al, % |
P, % |
C, % |
S, % |
Nb, % |
Mo, % |
W, % |
GOST 5632-14 |
< 3 |
< 0.6 |
< 0.01 |
< 0.5 |
< 0.2 |
14–16 |
1–1.4 |
< 0.07 |
64.433–76.2 |
< 0.2 |
1.7–2.2 |
< 0.015 |
0.1–0.16 |
< 0.012 |
< 0.2 |
3–5 |
4–6 |
Informationen zum Lieferanten
Properties
Property |
According to ST TSKBA 010-2004 Yield strength:> 588 MPa Tensile strength:> 980 MPa Elongation:> 20% |
According to ST TSKBA 010-2004 Hardness HB: 270 - 320 Impact strength KCU at 20 ° C:> 60 J / cm2 Relative narrowing:> 25% |
Physical properties Elastic modulus (Young's modulus): 220 GPa Density: 8.57 g / cm3 Linear expansion coefficient: 12.2 - 16.5 (10 ^ 6) / ° С Thermal conductivity at 300 ° C: 16.72 W / m * K |
Physical properties Thermal conductivity at 200 ° C: 12.958 W / m * K Thermal conductivity at 100 ° C: 9.196 W / m * K Thermal conductivity at 400 ° C: 19.228 W / m * K Thermal conductivity at 500 ° C: 22.572 W / m * K |
Physical properties Thermal conductivity at 600 ° C: 25.916 W / m * K Thermal conductivity at 700 ° C: 29.26 W / m * K Thermal conductivity at 800 ° C: 27.588 W * m / K |
Performance data Application temperature: <850 ° C Scaling temperature: 1000 ° C |
Note Fasteners Heat Resistant Alloy Turbine Blades |
Standards
Beschreibung der chemischen Elemente
Element |
Maßeinheiten |
Beschreibung |
Fe |
% |
Eisen |
Si |
% |
Silizium |
B |
% |
Bor |
Mn |
% |
Mangan |
Co |
% |
Kobalt |
Cr |
% |
Chrom |
Ti |
% |
Titan |
Cu |
% |
Kupfer |
Ni |
% |
Nickel |
V |
% |
Vanadium |
Al |
% |
Aluminium |
P |
% |
Phosphor |
C |
% |
Kohlenstoff |
S |
% |
Schwefel |
Nb |
% |
Niob |
Mo |
% |
Molybdän |
W |
% |
Wolfram |