GH2135 is an iron-nickel-based superalloy developed by our country. Its properties have reached and exceeded the level of nickel-based alloy gh33 except for its slightly lower fatigue performance. The alloy has good thermal processing plasticity, but the cutting performance is poor; after surface aluminizing, the anti-pamming performance is better. Practice has proved that the alloy is relatively mature and reliable in use. The use temperature is 500-1000ºC, and it is used to manufacture general load-bearing parts for aviation, aerospace, gas turbines and other industries.

Similar grades:

Chemical element content (%)
Carbon C                       0.08
Chromium Cr             14.0-16.0
Nickel Ni                    33.0-36.0
Tungsten W               1.70-2.20
Molybdenum Mo       1.70-2.20
Aluminum Al              2.00-2.80
Titanium Ti                 2.10-2.50
Iron Fe                       Balance
Boron B                       0.015
Cerium Ce                   0.030
Manganese Mn            0.40
Silicon Si                      0.50
Phosphorus P,            0.020
Sulfur S,                     0.020

Conditional yield strength σ0.2 (mpa)---
Elongation δ5 (%)15
Reduction of area ψ (%) 20
Hardness (hb)/mm (pressure d) 3.25-3.65
Heat treatment system 1080±10ºC, air cooling 830±10ºC 8h, air cooling 700±10ºC 16h hour, air cooling
Metallographic structure age-hardening iron-based alloy

Physical properties:
Density: 7.92g/cm3