Nickel-Copper alloy Monel 400 is resistant to salt and caustic solutions as well as sea water and steam at high temperatures. Nickel-copper alloy Monel 400 exhibits high corrosion resistance in a range of conditions. Good general corrosion resistance, good weldability, and moderate to high strength are characteristics of monel 400. The alloy has been applied to many different things. It is quite resilient to brackish or seawater that is moving quickly. When hydrochloric and hydrofluoric acids are de-aerated, it is very resistant to them. At room temperature, the alloy has a weak magnetic property. In the chemical, oil, and marine industries, monel 400 is widely utilised.
Monel 400 Mechanical Properties
Typical room temperature Tensile Properties of Annealed Monel 400 Material
|
Product Form |
Condition |
Tensile (ksi) |
.2% Yield (ksi) |
Elongation (%) |
Hardness (HRB) |
|
Rod & Bar |
Annealed |
75-90 |
25-50 |
60-35 |
60-80 |
|
Rod & Bar |
Cold-Drawn Stress Relieved |
84-120 |
55-100 |
40-22 |
85-20 HRC |
|
Plate |
Annealed |
70-85 |
28-50 |
50-35 |
60-76 |
|
Sheet |
Annealed |
70-85 |
30-45 |
45-35 |
65-80 |
|
Tube & Pipe Seamless |
Annealed |
70-85 |
25-45 |
50-35 |
75 max* |
Super alloy monel is another name for the alloy monel 400. The standard shapes of this alloy are hexagon, round, tube, pipe, plate, strip, sheet, and wire. Similar amounts of copper and nickel are present in monel 400 as they are in nickel ore mined in Ontario. This alloy has strong resistance to corrosion. This datasheet will examine the chemical make-up, characteristics, and uses of the monel 400 alloy.
Steam, seawater, and extremely caustic solutions including sulfuric, hydrochloric, and hydrofluoric acids are all resistant to Monel 400 when they are deaerated. It can bear extremely high pressures and weights and has great weldability. The alloy has excellent mechanical qualities at subzero temperatures, and because it melts at a temperature between 2370 and 2460 degrees Fahrenheit, goods can be used up to 1000 degrees Celsius. Monel 400 has exceptional ductility and heat conductivity and operates in a variety of acidic and alkaline situations. Due to its characteristics, it is ideal for heavy-duty applications that call for a high melting point and durability in the worst conditions.
