Low-Price Promotion GH4169 High-Temperature Alloy Pipe, GH4169 Nickel Alloy Pipe - Resistant to Fatigue, Radiation, and Oxidation
GH4169 high-temperature alloy tube is a type of alloy tube that can withstand certain stresses and possesses oxidation or corrosion resistance at temperatures ranging from 600 to 1200°C.
High-Temperature Alloy Pipe Technician; responsible for thermal and cold deformation processing; operating temperature range of -253°C to 1320°C; yield strength of 350MPa
Material Grade
GH4169(GH169）
Similar Brand Numbers
Inconel 718 (USA), NC19FeNb (France)
GH4169 (ASTM UNS N07718/German W.Nr. 2.4668)
Alloy | % | Nickel | Chrome | Iron | Molybdenum | Niobium | Cobalt | Carbon | Manganese | Silicon | Sulfur | Copper | Aluminum | Titanium |
GH4169 | Please provide the Chinese content that you would like translated into American English. | 50 | 17 | Surplus | 2.8 | 4.75 | 0.20 | 0.65 | ||||||
Large | 55 | 21 | 3.3 | 5.50 | 1.0 | 0.08 | 0.35 | 0.35 | 0.015 | 0.30 | 0.80 | 1.15 |
Physical Properties of GH4169:
Density | 8.2 g/cm3 |
Melting point | 1260-1340 ℃ |
GH4169: Minimum mechanical properties of the alloy at room temperature:
Alloy | Tensile strength | Yield Strength | Tensile elongation | Beloit Hardness HB |
Solution Heat Treatment | 965 | 550 | 30 | ≤363 |
GH4169 alloy features the following characteristics:
At 700°C, it boasts high tensile, fatigue, creep, and fracture strengths. At 1000°C, it exhibits high oxidation resistance.
Maintains stable chemical properties at low temperatures and excellent welding characteristics. Whether in high or low-temperature environments, GH4169 alloy exhibits exceptional resistance to stress corrosion cracking and pitting. Particularly noteworthy is the alloy's outstanding resistance to oxidation at high temperatures.
GH4169 Microstructure:
GH4169 alloy has an austenitic structure, and the γ” phase formed after precipitation hardening imparts it with excellent mechanical properties. The δ phase formed at the grain boundaries during the heat treatment process provides it with the best plasticity.
GH4169 Application Scope: Fields of application include:
GH4169 is suitable for various high-demand applications:
Turbine
2. Liquid Fuel Rocket
3. Low-Temperature Engineering
4. Sexual Environment
5. Nuclear Engineering
Our products are characterized by the absence of hydroxyl groups compared to epoxy resins, and the lack of ester bonds compared to vinyl esters, making them resistant to hydrolysis and erosion. This polymer material can cure at room temperature or be forced to cure at low temperatures for immediate use. It is a specially formulated polymer coating suitable for high-temperature and abrasive environments in flue gas desulfurization systems; the coating is a cross-linked organic-inorganic multi-functional polymer with high flexibility and toughness. It can withstand temperatures up to 500F (260°C), tolerate 5,000 types of solvents and oxidizers, and has excellent flexibility, wear resistance, erosion resistance, and impact resistance. Next, let's appreciate a case of this coating used for corrosion protection on a reheater tube.
The coal-fired power plant is equipped with a static precipitator and a wet flue gas desulfurization system. The flue gas after the wet dedusting and washing process can cause certain damage to the alloy structure of the reheating pipes. One obvious issue is the high chloride content in the coal, which can account for 0.03% by weight, leading to 12,000 ppm of chlorides in the flue gas after combustion. The reheating pipes are made of stainless steel at the exit location, and are affected by the chlorides in the flue gas, resulting in pitting corrosion. The water temperature inside the reheating pipes is 200°F, while the external flue gas temperature is 180°F.
