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GH141 Nickel Alloy: Exceptional Performance in High-Temperature Environments

Superalloy Series

Discover the unmatched performance of GH141 nickel alloy, engineered to excel in the most demanding high-temperature applications. With its superior resistance to oxidation, corrosion, and thermal fatigue, GH141 ensures reliability and longevity in aerospace, power generation, and industrial settings. This advanced alloy offers exceptional strength, creep resistance, and thermal stability, making it ideal for critical components in gas turbines, aircraft engines, and heat treatment furnaces. Trust GH141 for unparalleled performance and durability in extreme operating conditions, ensuring optimal performance and efficiency for your applications.

    CHEMICAL COMPOSITION

    ERAUM

    %

    C

    Cr

    Ni

    Co

    Mo

    Al

    Ti

    B

    Fe

    Zr

    Mn

    Si

    P

    S

    Cu

    GH141

    MIN

    0.06

    18.0

    balance

    10.0

    9.0

    1.40

    3.0

    0.003

    -

    -

    -

    -

    -

    -

    -

    MAX

    0.12

    20.0

    balance

    12.0

    10.5

    1.80

    3.5

    0.010

    5.00

    0.07

    0.50

    0.50

    0.015

    0.015

    0.50

    Physical Properties

    density

    Melting temperature range

    ρ=8.27g/cm3

    1316-1371℃

    Product FEATURE

    GH141 is precipitation hardening nickel-based deformation of high-temperature alloys, in the range of 650 ~ 950 ℃, with high tensile and long-lasting creep strength and good oxidation resistance; due to the alloy in the aluminum, titanium, molybdenum content of the higher ingot billet is more difficult to cast, but after the deformation of the material has a good plasticity, in the annealed state can be cold forming, can also be welded, welded parts are susceptible to strain aging heat Treatment cracks. Welded parts are susceptible to strain ageing cracks during heat Treatment. The varieties of alloys are sheet, strip, wire, disk, ring, forgings, bars, and precision castings.

    Product application

    It is suitable for the manufacture of high-temperature parts for aviation and aerospace engines that require high strength below 870℃ and oxidation resistance below 980℃.

    Product Display

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