Alloy 600

• 

• Material:	Alloy 600
  Other Brands:	GH3600, GH600, N06600, Inconel 600, 2.4816
  Source Stock:	Customized
  Supplier:	Shanghai Hite Special Alloy Co., Ltd.
  Contacts:	Mr.KayDuan
  Email:	sales02@hitealloy.com

• Alloy 600 Details

  
  
  

  Alloy 600 is a nickel chromium iron based corrosion-resistant and heat-resistant alloy.

  
  

  Chemical composition:

  Grade	chemical composition,%
  	Ni	Cr	C	Si
  UNS N06600	≥72.0	14.0-17.0	≤0.15	≤0.5
  	Mn	S	Cu	Fe
  	≤1.0	≤0.015	≤0.5	6.0-10.0

  
  

  Mechanical properties:

  Tensile strength Mpa 0.2% Yield strength Mpa Elongation rate A5% Brinell hardness HB ≥ 550.

  B ≥ 550 high-temperature mechanical properties (annealed state).

  Temperature ℃ ≥ 240 Tensile strength Mpa * ≥ 30 Yield strength Mpa * ≤ 195.

  
  

  Characteristic:

  Excellent resistance to corrosion in reducing, oxidizing, and nitriding media.

  Good resistance to stress corrosion cracking at room temperature and high temperatures.

  Excellent corrosion resistance to dry chlorine and hydrogen chloride gases.

  Has high strength at 650 ℃, good molding, and is easy to weld; In the air, the maximum operating temperature reaches 1175 ℃.

  
  

  Physical property:

  Density: 8.4g/cm3, Melting point: 1370-1425 ℃.

  
  

  Application area:

  Evaporation tanks, acid and alkali industrial machines, catalytic regenerators in petrochemical production.

  
  

  ● Curved neck bottles and components in heat treatment furnaces, especially in carbonized and nitrided gases.

  ● Nuclear reactor power generation equipment, heat exchangers.

  ● Resistance to chlorine and fluorine corrosion: production of organic or inorganic chlorides and fluorides.

  ● Titanium dioxide produced by chlorine gas method.

  ● The production and use of corrosive alkali metals, especially in environments where sulfides are used.

  ● Resistance to hydrogen fluoride corrosion: uranium oxidation converted to hexafluoride.

  ● Resistance to chlorine, hydrogen chloride, oxygen, and carbonization corrosion: production of vinyl chloride monomer.

  ● Thermowells in corrosive gases.

  ● Jet engine components, supplementary combustion components for turbojet engines.

  ● Other components used at high temperatures.