GH4169 superalloy: Superior performance stands out in extreme environments.
GH4169 is a Fe-Ni-Cr-based precipitation-hardening deformed superalloy, which is widely used in aviation, aerospace and petrochemical fields with its excellent properties. This article will delve into the product characteristics, ingredient content and performance of **GH4169 and briefly compare it with other products.
Product Features: Wide range of use temperatures:
GH4169 is suitable for long-term use temperature range of -253 650 °C, short-term use temperature up to 800°C, and performs well in high and low temperature environments.
Balance of high strength and good toughness:
GH4169 exhibits excellent high strength and good toughness below 650, ensuring reliable performance in complex high-temperature environments.
Oxidation and corrosion resistance:
The alloy has excellent oxidation and corrosion resistance, and is suitable for petrochemical and other environments that require high corrosion resistance.
Good processability:
Although it is a difficult material to be machined in machining, it can still achieve satisfactory processing performance with the right process, and is suitable for a variety of manufacturing processes.
Superior welding performance:
GH4169 is suitable for a variety of welding processes, has no tendency to crack after welding, and has excellent weldability and ease of processing.
Ingredient content: The main chemical components of GH4169 alloy are as follows:
Carbon (c): 008%
Chromium (CR): 170～21.0%
Nickel (Ni): 50-55%.
Cobalt (CO): 100%
Molybdenum (MO): 28~3.30%
Aluminum (AL): 020～0.8%
Titanium(Ti): 065～1.15%
Iron (Fe): Yu.
Niobium (nb): 475～5.50%
Boron (b): 0006%
Manganese (mn): 035%
Silicon (Si): 035%
Sulfur (s): 0015%
Copper (Cu): 030%
Phosphorus (p): 0015%
Magnesium (mg): 001%
Comparison with other products:
GH4169 has unique properties compared to similar superalloys such as GH5605, GH5188 and GH4783. Compared with GH5605, GH4169 has more outstanding performance in high strength and corrosion resistanceCompared with GH5188, GH4169 has a wider operating temperature range and superior processing performanceCompared with GH4783, GH4169 is more stable in high-temperature environments and has stronger mechanical properties.
Taken together, the GH4169 exhibits excellent performance in many ways, making it ideal for engineering manufacturing in extreme environments. Its high strength, good processability and weldability make it widely used in many industries, providing a reliable solution to engineering challenges in a variety of high-temperature and high-intensity environments.