Alumold600 aluminum alloy thermoforming mold high hardness material

Alumold600 aluminum alloy has good resistance to stress corrosion cracking. However, due to its relatively low corrosion resistance, additional measures are often required to increase its corrosion resistance.

Chemical composition of Alumold600:

Cu: 0.15-0.4

Si: 0.4-0.8,

Fe: 0.7-,0.13< /p>

Mn0.15-0.50,

Mg: 0.8-1.2

Zn: 0.25-0.50

Cr: 0.04-0.35

p>

Ti: 0.15

Density is 2.72g/cm3

Mechanical properties:

Tensile strength (25°CMPa)

Yield strength (25°CMPa)

Hardness 500kg force 10mm ball

Elongation 1.6mm (1/16in) thickness

Note: Pipe room temperature Longitudinal mechanical properties

Different properties in different states.

A common treatment is in the form of anodizing or cladding. Anodizing is a surface treatment technology that improves corrosion resistance by forming an oxide layer on the surface of aluminum. This oxide layer can improve the corrosion resistance of Alumold600 aluminum alloy and protect the base material from erosion by the external environment. Another approach is to use high-purity aluminum cladding.

The high-purity aluminum layer can form a protective layer on the surface of Alumold600 to improve its corrosion resistance. This can reduce the impact of external corrosion factors on Alumold600 aluminum alloy and extend its service life.

In general, although Alumold600 aluminum alloy has good resistance to stress corrosion cracking, due to its relatively low corrosion resistance, it often needs to be increased by anodizing or using high-purity aluminum cladding. Its corrosion resistance. These measures can improve the performance of Alumold600 aluminum alloy in corrosive environments and ensure its long-term stable use.