Hastelloy N Sheet

Hastelloy N sheet is an alloy of nickel, molybdenum, and chromium widely used in high-temperature and fluoride-containing surroundings. Hastelloy N (UNS N10003) is designed for molten fluoride salt reactors and has high oxidation resistance, thermal stability, and mechanical properties.

Chemical Composition of Hastelloy N Sheet

The composition of Hastelloy N Sheet is crucial for understanding its properties and performance in various industrial applications.

Element	Content (%)
Nickel, Ni	71
Molybdenum, Mo	16
Chromium, Cr	7
Iron, Fe	≤ 5
Silicon, Si	≤ 1
Manganese, Mn	≤ 0.80
Tungsten, W	≤ 0.50
Aluminum, Al + Titanium, Ti	≤ 0.50
Copper, Cu	≤ 0.35
Cobalt, Co	≤ 0.20
Carbon, C	≤ 0.080

Thus, this table provides valuable insights into the chemical composition of these flanges, highlighting their properties and suitability.

Mechanical Properties of Hastelloy N Sheet

The table provides essential information for engineers and manufacturers to assess the integrity and durability of Hastelloy N Sheet in demanding environments.

Properties	Metric	Imperial
Tensile strength	800 MPa	116000 psi
Elongation at break (in 25.4 mm)	39.3%	39.3%
Modulus of elasticity (@14°C)	219 GPa	31800 ksi

Thus, this valuable data on the strength, flexibility, and resilience of Hastelloy N Sheet is crucial for ensuring reliability and longevity.

Advantages of Hastelloy N sheet

These flexible sheets offer numerous benefits for various industrial applications, which are as follows.

Exceptional High-Temperature Resistance: Hastelloy N sheet has good strength and stability at high temperatures and, therefore, is suitable for high-temperature use.
Fluoride Resistance: The alloy has a very high resistance to fluoride environments, which are very corrosive and can lead to severe material loss.
Oxidation Resistance: Hastelloy N has a very high oxidation resistance, making the material long-lasting and durable in oxidative conditions.
Thermal Stability: Hastelloy N also shows good thermal stability and the thermal cycling does not affect its performance.
Good Fabricability: Hastelloy N can be easily formed and welded using conventional methods, thus making it possible to develop complex parts and structures.
Resistance to Radiation Damage: The alloy has good resistance to radiation damage and can be used in nuclear applications.

Hastelloy N sheet offers several advantages that make it suitable for industrial and commercial applications.

Common Applications of Hastelloy N Sheet

Due to its excellent features, the Hastelloy N sheet is preferred in various industrial applications. Some of the main applications include.

Molten Salt Reactors: Hastelloy N sheet is used in molten salt reactors to effectively withstand molten fluoride salts' high temperatures and corrosiveness.
Nuclear Industry: Hastelloy N is used in several nuclear applications requiring it to withstand high temperatures and radiation, such as heat exchangers, reactor vessels and piping.
Chemical Processing: Hastelloy N is applied in the chemical processing industry for equipment and piping that deals with corrosive chemicals and high-temperature processes.
Aerospace Industry: Hastelloy N is used in the aerospace industry for components subjected to high-temperature conditions, including the turbine blades, combustors and other parts.
Power Generation: Hastelloy N can be used in the power generation industry, where it is used in heat exchangers and boilers that require high mechanical properties and resistance to corrosion.
Petrochemical Industry: The alloy is employed in the petrochemical industry for application in processing equipment and pipes subjected to high temperature and corrosive conditions.
Industrial Furnaces: Hastelloy N is suitable for industrial furnace parts such as retorts, muffles, and liners because of its high strength and oxidation resistance at high temperatures.
Pollution Control: The alloy is used in pollution control equipment, including scrubbers and exhaust systems, where it is not affected by acidic gases and liquids.