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Brand Name : | DELTA |
Model Number : | GH4169 |
Certification : | ISO |
Price : | 40-45 USD/Kg |
Payment Terms : | L/C, T/T, Western Union |
Supply Ability : | 3 Ton per week |
Delivery Time : | 5 - 12 days based on the quantity |
GH4169 Nickel Alloy Round Bar High Temperature Resistant Alloy GH169 Hot Rolled
Form | Nickel Alloy Bars |
Grade | GH4169 |
Outer Diameter | 6mm-300mm or according to customer’s requirement |
Length | custom cutting any length as request |
Standard | ASTM, ASME, EN, JIS, DIN, GB/T, etc |
Process Method | Hot Rolled, Cold Drawn, Cold Rolled, Forged Round Bar & Rod |
Surface Finish | Bright, Hot Rolled Pickled, Cold Drawn, Sand Blasting Finished, Polished, Hairline |
Other Grade | Hastelloy : B2 B3 C22 C276 G30 X Incoloy: 800 800H 800HT 825 925 A286 330 Inconel: 600 601 617 625 718 725 X-750 Monel: 400 k-500 |
Price Item | EXW FOB CFR CIF |
Payment | 30% TT inadvance, 70% TT Balance against copy of B/L |
Delivery Time | It depends on your bars order total quantity and stock of these mother origin materials. Usually from the start of the order to the completion of production is about 3-4 weeks |
Quality Requirement | Mill test certificate will be offered with shipment, the third party inspection is available |
Main Markets | Europe, North America, Middle East, Southeast Asia |
Metal Test | High or low temperature impact test, metallographic analysis |
Chemical Analysis | As nickel alloy 718 bars standard |
About GH4169 Alloy
GH4169 is a Ni-Cr-Fe based precipitation hardening deformation
superalloy, long-term use temperature range -253°C ~ 650°C,
short-term use temperature up to 800°C. The alloy has high strength
below 650°C and has good fatigue, radiation, oxidation and
corrosion resistance, as well as good processability, weldability
and long-term structural stability. Suitable for the production of
turbine discs, rings, blades, shafts, fasteners and elastic
components, plate structural parts, casings, etc. in aviation,
aerospace, nuclear energy and petrochemical industries. The main
products are hot rolled and forged bars, cold drawn bars, plates
and strips, wire materials, tubes, rings and forgings.
Alloy composition is divided into ordinary and high quality two
categories, high quality GH4169 alloy carbon, niobium, sulfur and
gas content control is more strict, mainly used to manufacture all
kinds of rotating parts; The production process is divided into
three categories: standard, high strength and direct aging, of
which high strength and direct aging process is used for
high-quality GH4169 alloy forgings, the hot deformation temperature
is reduced in turn, the average grain size of the forgings is
refined in turn, and the strength is increased in turn, which can
meet the application requirements of different rotating parts in
aero engines.
Chemical Composition of GH4169 Alloy
Element | C | Cr | Ni | Co | Mo | Al | Ti | Fe | Nb |
Standand range | ≤0. 08 | 17. 00 〜21. 00 | 50. 00〜55. 00 | ≤1.00 | 2. 80 〜3. 30 | 0. 20—0. 80 | 0. 65 〜1.15 | 余 | 4. 75〜5. 50 |
/% Our range | 0. 02—0. 06 | 17. 00〜21. 00 | 50. 00〜55. 00 | ≤1.00 | 2. 80—3. 30 | 0. 20—0. 80 | 0. 65 〜1.15 | 余 | 5. 00〜5. 50 |
Element | B | Mg | Mn | Si | P | S | Cu | Ca | Bi |
Standard range | ≤0. 006 | ≤0.010 | VO. 35 | WO. 35 | WO. 015 | ≤0. 015 | WO. 300 | — | — |
/% our range | ≤0. 006 | ≤0. 005 | VO. 35 | ≤0. 35 | ≤0.015 | ≤0. 015 | ≤0. 30 | MO. 005 | ≤0. 00003 |
Application of GH4169 Alloy
GH4169 alloy has been used in the manufacture of turbine discs,
rings, casings, shafts, blades, fasteners, elastic components, gas
conduits, sealing components and welded structural parts of
aeroengines. Manufacture turbine rotor and other components of
liquid hydrogen and liquid oxygen rocket engines; Manufacture of
various elastic elements and frames for nuclear energy industry
applications; Manufacture a wide range of parts for applications in
the petroleum and chemical industries. The batch production and use
are in good condition.
Nitrogen cooling process can be used to reduce niobium segregation
effectively during vacuum consumable remelting. Using jet forming
process to produce ring parts can reduce production cost and
shorten production cycle; The use of superplastic forming process
can expand the production range of products.
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