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High-Temperature Alloys: Applications and Specifications

2024-12-18

High-Temperature Alloys: Applications and Specifications

High-temperature alloys are essential in industries requiring exceptional resistance to heat, corrosion, and mechanical stress. These alloys are commonly used in gas turbines, oil drilling, marine engineering, diesel engines, internal combustion engines, and the chemical industry. Typical applications include turbine disks, turbine blades, condensers, superheater tubes, and machinery components subjected to high temperatures and corrosive environments.

Casting Superalloys
Casting superalloys are crucial for manufacturing high-temperature components such as gas turbine parts, chemical and textile industry guide vanes, nozzles, entire impellers, molds, and other oxidation- and corrosion-resistant machinery parts.


Grade and Main Chemical Composition (%)

Below is a detailed breakdown of the new grades, their corresponding original grades, and their primary chemical compositions.

New Grade

Original Grade

Cr

Ni

W

Mo

Al

Ti

Fe (Bal)

Nb

GH015

GH15

19.0–22.0

34.0–39.0

4.8–5.8

2.5–3.2

-

-

Balance

1.0–1.6

GH016

GH16

19.0–22.0

32.0–36.0

5.0–6.0

2.6–3.3

-

-

Balance

0.9–1.4

GH035

GH35

20.0–23.0

35.0–40.0

2.5–3.5

-

≤0.50

0.7–1.2

Balance

1.2–1.7

GH040

GH40

15.0–17.0

24.0–27.0

-

5.5–7.0

-

-

Balance

-

GH1131

GH131

19.0–22.0

25.0–30.0

4.8–6.0

2.8–3.5

-

-

Balance

0.7–1.3

(Table continues for all grades listed)


Key Features

Corrosion Resistance: These alloys exhibit high resistance to oxidation and corrosion, making them suitable for extreme environments.

Heat Tolerance: They maintain structural integrity at elevated temperatures, ensuring safety and durability in high-stress applications.

Versatility: The wide range of compositions provides options tailored to specific industrial needs, from lightweight turbine blades to robust molds.


Conclusion

High-temperature alloys represent a critical material group for advancing engineering solutions in extreme conditions. With precise chemical formulations and tailored properties, they enable industries to operate more efficiently and reliably. For further details or inquiries about specific grades, please contact us.

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