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Our Hastelloy C276 sheet is made from high-quality 2.4819 material, known for its excellent corrosion resistance and durability. You can trust that our C276 material will exceed your expectations. Worried about the price? Don't be! We offer competitive prices for our Hastelloy C276 material.
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Hastelloy C276 sheet is a high-performance alloy composed of nickel, molybdenum, chromium, and tungsten. It boasts impressive resistance to corrosion in harsh environments, making it a popular choice in a variety of industries. With its exceptional general corrosion resistance and excellent processability, Hastelloy C276 UNS N10276 sheet is highly sought after.
The alloy 2.4819 Hastelloy C276 is particularly useful in environments that require protection from thermally polluted inorganic acids. It also offers resistance to media contaminated with organic and inorganic chlorides, chlorine, formic and acetic acids, acetic acid, acetic anhydride, as well as seawater and brine solutions.
In short, Hastelloy C276 sheet is a reliable and durable solution for applications in harsh environments that require high corrosion resistance. Whether you are working with inorganic acids or contaminated liquids, this alloy's excellent properties make it an ideal option for your project.
Advantages of Hastelloy C276 Plate Sheet:
- It boasts outstanding resistance to corrosive environments, ensuring excellent protection against corrosion in a wide range of conditions. Its remarkable ability to withstand various corrosive elements makes it highly suitable for environments prone to rust and degradation. By offering excellent resistance to corrosion, it provides long-lasting durability and reliability, even in the harshest conditions. Its capacity to resist corrosion in different environments is truly exceptional, making it a top choice for applications where corrosion protection is paramount.
- This material is highly resistant to various types of corrosion, including stress corrosion cracking, pitting, and crevice corrosion.
- An alloy that possesses strength, ductility, and toughness in a fully austenitic form is a remarkable achievement. This alloy successfully combines all these essential properties, making it a highly desirable material. By carefully adjusting its composition and processing techniques, engineers have managed to create a unique alloy that surpasses traditional materials in terms of strength, ductility, and toughness. This accomplishment opens up new possibilities in various industries where high-performance materials are in demand. The development of such a fully austenitic alloy represents a significant advancement in the field of materials science and engineering.
- Can withstand high-temperature
- There are various forms in which this material can be obtained, ranging from sheets, plates, coils to pipes, and so much more.
Mechanical Properties Of Hastelloy C276
| Properties | Metric | Imperial |
| At a thickness ranging from 4.80 to 25.4 mm and a temperature of 538°C, the material's tensile strength is significant. Additionally, at a thickness of 0.189 to 1.00 in and a temperature of 1000°F, the tensile strength remains noteworthy. It is important to note that regardless of variations in thickness and temperature, the material exhibits remarkable tensile strength. | 601.2 MPa | 87200 psi |
| The yield strength at a thickness of 2.40 mm and a temperature of 427°C (801°F) with a 0.2% offset is being discussed here. To create a highly similar content, the information will be rearranged and restated. At a temperature of 427°C (801°F), the yield strength with a 0.2% offset has been determined for a thickness of 2.40 mm. This specific value indicates the amount of stress that a material can withstand before it permanently deforms. It is crucial to consider temperature and thickness when evaluating yield strength as these factors significantly impact the material's performance. |
204.8 MPa | 29700 psi |
| Elastic modulus (RT) | 205 GPa | 29700 ksi |
| The elongation at break can be measured at a thickness range of 1.60-4.70 mm with a length of 50.8 mm at a temperature of 204°C. Similarly, at a thickness range of 0.0630-0.185 in, the elongation at break can be measured at a temperature of 399°F. It is important to rearrange the content and ensure that the generated content is based on the original information provided. | 56% | 56% |
| Hardness, Rockwell B (plate) | 87 | 87 |
Hastelloy C276 Average Tensile Data
| Form | Condition | Test | Ultimate | Yield | Elongation |
| Temp., | Tensile | Strength at | in 2" percent | ||
| °F(°C) | Strength | 0.2% offset | |||
| ksi (MPa) | ksi (MPa) | ||||
| Sheet, 0.063 to 0.187" Thick |
Heat treated at | 400 (204) | 100.8 (695) | 42.1 (290) | 56 |
| 2050 °F | 600 (316) | 97.0 (669) | 37.7 (260) | 64 | |
| Rapid Quenched | 800 (427) | 95.0 (655) | 34.8 (240) | 65 | |
| 1000 (538) | 88.9 (613) | 33.8 (233) | 60 | ||
| Plate, 3/16 to 1.000" Thick |
Heat treated at | 400 (204) | 98.9 (682) | 38.2 (263) | 61 |
| 2050 °F | 600 (316) | 94.3 (650) | 34.1 (235) | 66 | |
| Rapid Quenched | 800 (427) | 91.5 (631) | 32.7 (235) | 60 | |
| 1000 (538) | 87.2 (601) | 32.8 (226) | 59 | ||
| Plate, 1.000" Thick |
Heat treated at | Room | 113.9 (785) | 52.9 (365) | 59 |
| 2050 °F | 600 (316) | 96.3 (664) | 36.2 (250) | 63 | |
| Rapid Quenched | 800 (427) | 94.8 (654) | 30.5 (210) | 61 |
Hastelloy C276 Heat Treatment
- Annealing: A typical heat treatment for ASME SB 575 UNS N10276 involves annealing. Annealing temperatures range from 1040°C (1900°F) to 1150°C (2100°F), followed by rapid quenching to room temperature. The process helps achieve the desired microstructure and mechanical properties while relieving stress and restoring corrosion resistance.
- Solution Annealing: Solution annealing can be done at higher temperatures (about 1175°C (2150°F)) followed by rapid cooling. This treatment enhances the Hastelloy steel plate C276 material's resistance to stress corrosion cracking.
- Stress Relief: When 2.4819 material is welded or formed, stress relieving at around 760°C (1400°F) reduces residual stresses and enhances the dimensional stability of the material.
Machining Hastelloy C276
Due to the toughness and work-hardening tendency of the Hastelloy c276 sheet, special care is required when processing. Here are some tips for successful machining:
- Cutting tools: Use carbide cutting tools specially designed for machining high nickel alloy din 2.4819. These tools can withstand the high heat generated during machining.
- Coolant: Use copious amounts of coolant or lubricant to dissipate heat and extend tool life.
- Slow: Use lower cutting speeds to avoid excessive heat buildup, which can cause premature tool wear.
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