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MONEL K 500

Monel K500 is a nickel-copper alloy that combines the excellent corrosion resistance of Alloy 400 with the added strength and hardness of aluminium and titanium. It exhibits superior low temperature properties, with tensile and yield strengths increasing as temperatures decrease, while ductility and toughness remain virtually unchanged.



Even at liquid hydrogen temperatures, there is no ductile-to-brittle transformation, making it suitable for cryogenic applications.

When aged, Monel K500 has comparable corrosion resistance to Alloy 400, except that it is more prone to stress-corrosion cracking in some environments when aged. It is resistant to sour gas environments and corrodes slowly in high-velocity seawater, making it ideal for marine applications.









Characteristic :

  •  Nickel Copper alloy
  •  Available in a range of conditions
  •  Good corrosion resistance and strength in a range of chemical and marine environments
  •  Low magnetic permeability
  •  High fatigue strength in seawater
  •  Commonly referred to as Monel® K500


Specification :

  •  ASTM B865
  •  BS 3076 NA18 1989
  •  UNS N05500
  •  NACE MR0175/ISO15156 (Hot worked only)
  •  Werkstoff Nr. 2.4375
    Material may also be supplied to Customer specifications, subject to enquiry.


Chemical Analysis :


C Mn Si S Ni Cu Ti Ai Fe -
Min - - - - 63.0 27.00 0.35 2.3 - %
Max 0.25 1.5 0.5 0.01 - 33.0 0.85 3.2 2.0 %


Mechanical Properties :


Condition Diameter Size Range Tensile(PSI(MPA)) Yield(0.2% offset),(PSI(MPA)Min) Elongation in 2"or 4Dm in % Reduction of Area Rockwell Hardness HRC Max Charpy Impacts at -29◦C (-20◦F) Joules (ftlb)
Cold worked and stress relieved ≤25mm 145,000 (1000) 110,000 (760) 14 40
26 ≤55mm 140,000 (970) 100,000 (690) 16
Cold Worked, Solution Annealed and Aged ≤25mm 130,000 (900) 90,000 (690) 20 40
26 ≤55mm 130,000 (900) 85,000 (585) 20
Hot worked and Aged ≤110mm 140,000 (970) 100,000 (690) 15 25 35 Ave Min 27 (20)
Ave Single 20 (15)
111 ≤ 300mm 120,000 (830) 80,000 (550) 15
Hot Worked, Solution Annealed and Aged ≤25 mm 130,000 (900) 90,000 (620) 20 25 35 Ave Min 27 (20)
Ave Single 20 (15)
26 ≤110mm 130,000 (900) 85,000 (585) 20
110 ≤300mm 120,000 (830) 72,000 (500) 15


Physical Properties :


Melting Range Room Temp Density Young’s Modulus Poisson’s Ratio (Aged) Thermal Conductivity Specific Heat (annealed) Curie Temperature Mean Coefficient of expansion Annealed 20-100°C (70-212°F) Magnetic Permeability @ 200 Oersted (Hot worked and aged)
1315°C - 1350°C (2400°F- 2460°F) 8.44 g/cm ³ (0.305 lb/in ³) 179 x 10ᶟ MPa 0.32 17.2 W/m. °C 418.7 Joules/kg°C -90°C (-130°F) 13.4 x 10-⁶ 1.0018


APPLICATION :


  • Fasteners and springs for marine
  • Pump and valve components for oil and gas           and chemical processing
  • Valve stems
  • Drill collars
  • Propellers
  • Shafts and impellers
Work Process

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