Looking for a reliable source of high-quality Hastelloy Alloy X Sheet? Look no further than our ASTM B435 UNS N06002 and AMS 5536 certified Hastelloy X Sheet. Made from the finest Nickel Alloy X material with a composition of 2.4665, our corrosion-resistant super alloy Hastelloy X Plate offers unbeatable durability, strength, and resistance to harsh environmental conditions.
At our state-of-the-art manufacturing facility, we utilize advanced technologies and precision engineering techniques to create Hastelloy Alloy X Cold Rolled Sheets that meet strict industry standards and exceed customer expectations. Our skilled technicians carefully monitor every stage of the production process to ensure that each sheet is of the highest quality and meets the exact specifications of our customers.
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Hastelloy Alloy X Sheet, also known as Hastelloy X, is a nickel-based alloy with an austenitic structure and a chromium content of 22%. It is recognized under ASTM B435 uns n06002 and is renowned for its exceptional resistance to oxidation at high temperatures and excellent corrosion resistance. This solid solution strengthened alloy exhibits remarkable strength at elevated temperatures. The Hastelloy X Plate, a super alloy known for its corrosion resistance, offers excellent performance even at temperatures exceeding 1450°F. Its high temperature and stress rupture properties make it suitable for diverse applications up to 2200°F.
Hastelloy Alloy X Features:
- High-temperature strength
- High-temperature oxidation resistance
- Capable of enduring harsh environmental conditions without showing any signs of corrosion, both in reducing and oxidizing environments.
- Good solderability
- Excellent resistance to creep deformation
- We offer a wide range of custom services to meet your specific needs. Our services are available in different sizes, including various thicknesses, widths, and lengths. Our goal is to provide you with a tailored solution that meets your unique requirements. Whether you need a specific thickness, a certain width, or a particular length, we have the capabilities to fulfill your requests. Our team is dedicated to delivering high-quality results and ensuring customer satisfaction. Contact us today to discuss your customization needs and let us create a personalized solution for you.
Hastelloy Alloy X Mechanical Properties
| Alloy X | 0.2% Proof Stress | Tensile Strength | Elongation |
| Temp deg F | MPA | MPA | % |
| 70 | 324 | 720 | 46 |
| 1000 | 286 | 648 | 45 |
| 1200 | 272 | 472 | 37 |
| 1400 | 261 | 435 | 37 |
| 1600 | 177 | 252 | 51 |
ASTM B435 UNS N06002 Standard:
| ASTM B435 | Introduction: The standard specification for heat and corrosion resistant high-temperature alloy plate, sheet, and strip is aimed at providing detailed guidelines and requirements for the manufacturing and use of these materials. These alloys are specially designed to withstand extreme temperatures and resist corrosion, making them suitable for various industrial applications. 1. Scope: This specification covers the general requirements for heat and corrosion resistant high-temperature alloy plate, sheet, and strip. It establishes the dimensions, mechanical properties, chemical composition, and test methods to ensure the quality and performance of these materials. 2. Materials and Manufacture: The alloy plate, sheet, and strip are typically produced by hot rolling, cold rolling, or a combination of both processes. The starting materials should be properly melted, refined, and cast to ensure uniformity and homogeneity. The materials should also undergo appropriate heat treatment to achieve the desired mechanical properties. 3. Chemical Composition: The chemical composition of the alloys should be within the specified limits to ensure the desired corrosion resistance and high-temperature strength. The composition is determined through chemical analysis methods such as optical emission spectroscopy or wet chemical analysis. 4. Mechanical Properties: The heat and corrosion resistant high-temperature alloy plate, sheet, and strip should possess specific mechanical properties, including tensile strength, yield strength, elongation, and hardness. These properties are determined by conducting mechanical tests following the appropriate standard methods. 5. Dimensions and Tolerances: The dimensions and tolerances of the alloy plate, sheet, and strip should adhere to the specified requirements. This includes thickness, width, and length measurements, as well as flatness, straightness, and edge conditions. These parameters are essential to ensure proper fit and performance in various applications. 6. Workmanship, Finish, and Appearance: The alloys should be free from defects, such as cracks, porosity, and excessive segregation, which may impair their performance. The surfaces should be clean and smooth, with a specified finish that is suitable for the intended use. The appearance should be visually uniform without any signs of damage or deformities. 7. Test Methods: Test methods are outlined to evaluate the quality and characteristics of the alloy plate, sheet, and strip. These methods include tension testing, hardness testing, chemical analysis, microstructure examination, and non-destructive testing. Following these procedures allows for reliable assessment of the materials' properties. 8. Certification and Marking: The products should be properly certified by the manufacturer, indicating compliance with the specified standard. The certification should include information such as chemical composition, mechanical properties, and test results. Additionally, the materials should be appropriately marked with identification symbols, heat numbers, and other relevant details. Conclusion: The standard specification for heat and corrosion resistant high-temperature alloy plate, sheet, and strip provides the necessary guidelines for ensuring the quality and performance of these materials. By adhering to the specified requirements for composition, mechanical properties, dimensions, and testing, manufacturers can produce alloys that are suitable for demanding applications in high-temperature and corrosive environments. |
Hastelloy Alloy X sheet can be reinforced through the application of solid solution strengthening techniques. By implementing solid solution strengthening methods, the strength and performance of the Hastelloy Alloy X sheet can be significantly enhanced.
Solid solution strengthening has become a popular method for alloy strengthening, and it has proven to be highly effective in improving the mechanical properties of AMS 5536 hastelloy x sheet. This process enhances the alloy's tensile strength, yield strength, and hardness, ultimately leading to its enhanced durability. Additionally, solid solution strengthening boosts the corrosion resistance of the alloy, making it more suitable for harsh environmental conditions. Hence, it is an ideal solution for industries that require materials that can withstand rigorous usage.
- Heating: The nickel alloy x sheet sample is placed in a high-temperature furnace, typically in the temperature range of approximately 1150°C to 1200°C (2100°F to 2200°F). This temperature range is the solid solution temperature range of the Hastelloy alloy x sheet.
- Insulation: After reaching the required temperature, keep the sample at that temperature for a period of time to ensure that the solid solution elements are fully diffused and dissolved, generally between a few hours to dozens of hours.
- Cooling: After the solution holding phase, the sample is slowly cooled. The cooling rate can affect the microstructure and properties of the alloy.
Hastelloy Alloy X Supplier
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