Product Description
Carried out research on smelting and casting technology of metal materials, including: rare earth metals and alloys, metallic titanium and titanium alloys, refractory metals and alloys, semiconductor silicon, germanium and their alloys, and some common metals and alloys, many of which are materials It is almost impossible to achieve when melting with conventional vacuum melting technology. The more important metals and alloys in these materials are shown in the following table:
Metal |
Melting Temperature,℃ |
Density,g/cm3 |
Alloy |
Ni |
1453 |
8.91 |
Ni-50Al, Ni-50Ti, Ni-20Cr, Ni-5Mn |
Ti |
1660 |
4.51 |
Ti-40Al, Ti-50Al, Ti-67Al, Ti-25Si, Ti-6Al-4V, Ti-6Al-ScNbMoSnZrCrY |
Zr |
1852 |
6.51 |
Zr-50Al, Zr-15Ce, ZrCuAlTi |
Cr |
1857 |
7.19 |
Cr-50Al |
V |
1902 |
6.11 |
V-20 Ta, V-40Ta, V-4 Cr-4Ti |
Nb |
2468 |
8.57 |
Nb-20Ti, Nb-21.5Ti ,Nb-50Zr |
Mo |
2610 |
10.2 |
Ti-5Mo, Ti-10Mo, Ti-20Mo, Ti-30Mo, Ti-40Mo |
Ta |
2996 |
16.65 |
Ti-10Ta, Ti-20Ta, Ti-40Ta |
Ir |
2443 |
22.4 |
Ir-Rh |
Si |
1414 |
2.33 |
Si-30Al |
Fe, Cu, Al |
|
|
Fe-10 Mn, Fe-50Ge, Cu-4 Ni-4 Fe-6 Mn-14Al |
La, Ce, Sm |
|
|
Tb0.3Dy0.7Fe2, SmFe2, Sm2Co17, Gd-1.5Si-23.5Ge, Ce70Al10Ni10Cu10,Ce69Al10Cu20Co1, |