GH4033 is a Ni-Cr-based precipitation-hardening deformed superalloy characterized by the addition of elements such as aluminum and titanium to form a precipitation-strengthening phase. Its working temperature range is 700-750 degrees Celsius, with good high-temperature strength and excellent cold and hot processing performance, suitable for the manufacture of parts and components in high-temperature environments such as supercritical boiler superheater tubes.
Material characteristics: Ni-Cr-based precipitation hardening structure, with stable structure;
The operating temperature range is 700-750 degrees Celsius;
It has good high temperature strength and hot and cold processing performance.
Performance data: Density: 809g/cm³；
Thermal conductivity (200 700): 113-27.62w/(m·k)；
Resistivity (20-900): 124ω·mm²/m；
Specific heat capacity (100-800): 0439-0.669kj/(kg·k)；
Linear expansion coefficient (20 800): 163×10^-6/k；
Modulus of elasticity (20): 221gpa.
Applications: GH4033 is suitable for supercritical boiler superheater tubes with a working temperature of 700-750 degrees Celsius, and can be used to manufacture parts and components in high temperature environments.
Material Composition Content:
Carbon (c): 003-0.08%；
Silicon (Si): 065%；
Manganese (mn): 04%；
Phosphorus (p): 0015%；
Sulfur (s): 0007%；
Chromium (CR): 19-22%;
Nickel (Ni): Margin;
Copper (cu): 007%；
Iron (Fe): 10%；
Niobium (nb): 09-1.3%；
Boron(b): 001%；
Titanium (Ti): 24-2.8%；
Aluminium (Al): 06-1%；
Cerium (CE): 002%。
Comparison with GH4080A and GH4049:
Compared to GH4080A and GH4049, GH4033 has a lower operating temperature range and differs in ingredient content. GH4080A is suitable for working environments below 800 degrees Celsius, GH4049 is suitable for working environments below 950 degrees Celsius, and GH4033 is suitable for working environments below 700-750 degrees Celsius. In addition, there are differences in the content of the three components, so the specific operating temperature and performance requirements need to be considered when choosing the right material.