inconel washer is a nickel-chromium-molybdenum-niobium alloy that is highly resistant to corrosion and is age hardenable for extremely high strength. Also known as UNS N07725 Washers, these Alloy 725 Washers has essentially the same corrosion resistance as INCONEL alloy 625, which is widely used in a broad range of severely corrosive environments. The strength of age-hardened INCONEL these A725 is of the order of twice that of annealed alloy 625. Because the strength of alloy 725 is developed by heat treatment, not by cold work, ductility and toughness remain high.

• DimensionsASTM, ASME
• Diameter0.5 mm To 500 mm
• SpecificationsASTM A164 / SA 164

• GradeASME, ASTM, IFI, JIS, AS, DIN, ANSI
• Length3 mm to 200 mm
• SpecificationsASTM A /SA 193 / 194

The crystal structure of titanium at ambient temperature and pressure is close-packed hexagonal α phase with a ca ratio of 1.587. At about 890 °C, the titanium undergoes an allotropic transformation to a body-centred cubic beta phase which remains stable to the melting temperature. Some alloying elements raise the alpha-to-beta transition temperature (i.e., alpha stabilizers) while others lower the transition temperature (i.e., beta stabilizers)

inconel washer is a nickel-chromium-molybdenum-niobium alloy that is highly resistant to corrosion and is age hardenable for extremely high strength. Also known as UNS N07725 Washers, these Alloy 725 Washers has essentially the same corrosion resistance as INCONEL alloy 625, which is widely used in a broad range of severely corrosive environments. The strength of age-hardened INCONEL these A725 is of the order of twice that of annealed alloy 625. Because the strength of alloy 725 is developed by heat treatment, not by cold work, ductility and toughness remain high.

• DimensionsASTM, ASME
• Diameter0.5 mm To 500 mm
• SpecificationsASTM A164 / SA 164

• GradeASME, ASTM, IFI, JIS, AS, DIN, ANSI
• Length3 mm to 200 mm
• SpecificationsASTM A /SA 193 / 194

The crystal structure of titanium at ambient temperature and pressure is close-packed hexagonal α phase with a ca ratio of 1.587. At about 890 °C, the titanium undergoes an allotropic transformation to a body-centred cubic beta phase which remains stable to the melting temperature. Some alloying elements raise the alpha-to-beta transition temperature (i.e., alpha stabilizers) while others lower the transition temperature (i.e., beta stabilizers)