Heat-resistant alloys
Features
These are nickel-based heat-resistant alloys.
We handle materials that provide excellent heat resistance in harsh environments that stainless materials cannot withstand.
Applications
· Petrochemical plants
· Components for aircraft
Related products
Material | Basic properties and applications | Equivalent alloy |
MC Alloy | Excellent corrosion resistance to nitric hydrofluoric acid, phosphoric acid, and sulfuric acid. Superior high-temperature corrosion resistance. |
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MA-N | Demonstrates excellent corrosion resistance to molten salts, especially to molten fluoride salt. Used in jet engine components. |
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MA-X | Has good high-temperature strength and excellent oxidization resistance. | Hastelloy X |
MA600, MA600T | These materials offer excellent oxidation resistance and are used in industrial furnaces, aircraft, and nuclear power plants. | Inconel 600 |
MA601 | Excels especially in oxidation resistance. Used in heat treatment furnaces. | Inconel 601 |
MA625 | In addition to excellent resistance to oxidation and corrosion by various acids, this material also features high fatigue strength. | Inconel 625 |
MA718 | Used in jet engine and rocket components for its outstanding high-temperature strength. | Inconel 718 |
MA706 | Used in jet engine and rocket components for its outstanding high-temperature strength. | Inconel 706 |
MA750 | Used primarily in gas turbine parts for its excellent high-temperature strength. | Inconel X-750 |
MA75N | Excellent high-temperature strength and oxidation resistance. Mainly used as heat treatment furnace material. | Nimonic 75 |
MA80A | Better high-temperature strength than MA75N. Used in high-stress applications. | Nimonic 80A |
MA90N | Can be used in higher temperatures than MA80A. Used in jet engine and internal combustion engine components. | Nimonic 90 |
MA263 | Good high-temperature creep strength. Used in jet engine components. | Nimonic 263 |
MA-WASP | Good high-temperature strength. Used in jet engine and gas turbine components. | Waspaloy |
MA24 | Excellent high-temperature oxidation resistance. Used for jigs when firing electronic materials and mesh belts in continuous annealing furnaces. | Haynes 214 Alloy |
MA23 | Excellent high-temperature oxidation resistance and superior high-temperature strength. Used in jet engine and internal combustion engine components. | Haynes 230 Alloy |
MA25 | Good high-temperature strength. Widely used as an aircraft and furnace material. | Haynes 25 Alloy |
MA188 | Has superior oxidation resistance and high strength. Used in aircraft and gas turbines. | Haynes 188 Alloy |
UMC050 | Superior thermal shock and wear resistance. Highly resistant to sulfur and vanadium attacks, and used as a heat treatment furnace material. |
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MA800 | Has good high-temperature strength, and also resistant to oxidation and carburization. Used in high-temperature petrochemical reaction equipment. | Incoloy 800 |
MA800H | Alloy with better high-temperature strength and higher creep rupture strength than MA800. | Incoloy 800H |
MA286 | Precipitation-enhanced type alloy that has excellent high-temperature strength and corrosion resistance. Used in jet engine components. | A-286 |
MA155N | Excellent high-temperature strength. Used in turbine blades and jet engine components. | N-155 |
MA5560 | Superior oxidation resistance, corrosion resistance, and sulfuration resistance. | Haynes 556 Alloy |