What alloy material is GH1035?
GH1035 is a superalloy with excellent oxidation resistance, high strength and good hot working properties. It genus.
In iron-based superalloys, it contains a large amount of chromium elements, as well as a certain amount of tungsten, aluminum, titanium and other elements. This alloy is in.
It can still maintain good strength and stability at high temperatures, and is suitable for manufacturing parts and components that work at high temperatures.
GH1035: The main component of GH1035 alloy is about 032-0.40% carbon (c.)17-0.37% silicon (Si),
0.6-0.9% manganese (mn .).035% of phosphorus (p) and sulfur (s.)3-0.6% chromium (CR), etc. GH1035 can.
Welded with general methods such as acetylene flame, metal arc welding, spot welding, and atomic hydrogen welding, but given the expansion coefficient of GH1035.
It is related to the chemical composition of the alloy, so it is best to use inert gas shielded argon arc welding to reduce the porosity of the weld.
Fissure. Regarding the hardness of GH1035, after solution treatment, its hardness is usually in the range of 220-260HB. However, with the exception.
The hardness value of the body is also affected by the heat treatment process, the composition of the alloy and the microstructure. In general, GH1035
The hardness decreases as the temperature increases.
In terms of toughness, GH1035 shows certain advantages. Its toughness is good and can withstand a certain degree of impact and.
Vibration. This enables the alloy to maintain good structural stability and fatigue resistance in high-temperature environments.
Regarding corrosion resistance, GH1035 contains a large amount of chromium elements, which has good oxidation resistance and corrosion resistance. In the high.
In warm environments, the alloy is resistant to oxidation and corrosion, resulting in a long service life.
GH1035 superalloy has excellent oxidation resistance, high strength and good hot working properties. Its hardness, toughness.
and corrosion resistance in high-temperature environments, suitable for the manufacture of parts and components that work at high temperatures.