Meltio Titanium 64 Ti-6AI-4V / ER Ti-5 / S T1 6402c / 3.7165 Ti64 is a popular and widely used alloy due to its excellent combination of strength, low density, and corrosion resistance. It is used in a variety of industries, including aerospace, and chemical processing, due to its properties. Its high strength-to-weight ratio makes it a preferred choice for lightweight applications.

Meltio Material Datasheet Tomography Computed Tomography Scan of 3D printed sample part in Ti64 without detectable voids or defects. Resolution of 24 pm per pixel. Meltio Titanium 64 Ti-6AI-4V / ER Ti-5 / S T1 6402c / 3.7165 Micrography The observed microstructure is composed of acicular martensite embedded in the beta phase. The columnar shape of the grains extends along the manufacturing direction due to epitaxial growth of the original beta phase. In the XY section, the microstructure appears as polyhedral grains of a' + (3, with alpha phases at grain boundaries. Relative density as 3D printed...

Meltio Material Datasheet Fatigue Meltio carried out a fatigue study on 3D printed specimens using two heat treatments, namely age hardening and hot isostatic pressing. The presence of residual porosity in the sample parts during the study, which has been resolved through process improvements, may explain the difference in fatigue behavior between the age-hardened and hot isostatic pressed specimens. Oxidation Oxidation is a crucial factor that particularly affects the properties and performance of 3D printed titanium samples. Titanium has a high affinity for oxygen when exposed to air at high...