SUPER INVAR 32-5

Super alloys have good creep and oxidation resistance and are formed in different ways. They are capable of working at very high temperatures and serious mechanical stresses. Cobalt based, nickel based and iron based alloys are divided into three groups. Solid-solution hardening, work hardening and precipitation hardening are applied to increase their strength.

Super Invar 32-5 is a modified version of the Invar alloy. The following datasheet gives more details about invar 32-5.

SUPER INVAR 32-5 CHEMICAL COMPOSITION

The chemical composition of Invar 32-5 is summarized in the table below.

Chemical Composition (%)

• Iron, Fe 62
• Nickel, Ni 32
• Cobalt, Co 5.5
• Manganese, Mn 0.4
• Silicone, Si 0.25

SUPER INVAR 32-5 PHYSICAL PROPERTIES

• Specific gravity: 8.14 g / cm³
• Melting point: 1455 ° C

SUPER INVAR 32-5 MECHANICAL PROPERTIES

• Tensile strength: 483 MPa
• Yield strength: 276 MPa
• Flexibility module: 145 GPa
• Poisson’s Ratio: 0.23
• Elongation at break (2 inches (50.8 mm)): 40%
• Hardness, Rockwell B (annealed): 75
• Hardness, Rockwell B (cold processed): 90

SUPER INVAR 32-5 MACHINABILITY

Super Invar 32-5 can be processed using all classical methods. For this alloy slow speeds and positive feeds are preferred. Forming Super Invar 32-5 can be shaped using all classical methods.

SUPER INVAR 32-5 WELDING

The super alloy Invar 32-5 can be welded using conventional techniques.

 

SUPER INVAR 32-5 COLD FORMING

Super Invar 32-5 can be processed cold using conventional techniques because it has high ductility.

 

SUPER INVAR 32-5 CEMENTATION

Super Invar 32-5 is annealed at 844 ° C (1550 ° F) and then cooled in water.

 

SUPER INVAR 32-5  APPLICATIONS

Super Invar 32-5 is used for precision measuring instruments. The Invar (36% Ni-Iron) Alloy has been the preferred metal for low expansion applications for many years. The uştur Super-Invar dan (31% NI, 5% Co, Iron) found some favor as it had a near-zero thermal expansion coefficient in a limited temperature range. The useful working range of the lam Super Invar sıcaklık was initially limited to -32 ° to + 275 ° C because the material began to transform from austenite into Martinsite at temperatures below -32 ° F. The present version of this alloy may fluctuate in these ranges due to slight changes in chemistry. In addition, the cold or hot run of the material can affect these variables.