This light material also has very good corrosion resistance which allows it to be adapted to the most demanding and advanced industries (aeronautics, medical, automotive, energy, etc.).

Parts made of Titanium by 3D printing have mechanical properties comparable to a cast metal part.

It can be used to make prototypes, unique pieces, medical instruments.

Example of application areas for TiAl6V4 titanium

Aeronautics and defense
Sports car
Jewelry and art
Maritime applications
High-end sports equipment
Medical and dental

Properties of Ti6Al4V titanium material by additive manufacturing

	Valeurs
Densité	4.42 g/cm3
Conductivité thermique	6 W/mK to 8 W/mK
Niveau de fusion	1635 °C to 1665 °C

	Conditions Méthodes	Valeurs
Force de tension (UTS)	Test ASTM E8	Horizontal 1033 MPa ±4 MPa Vertical 1034 MPa ±7 MPa
Élasticité	Test ASTM E8	Horizontal 947 MPa ±2 MPa Vertical 923 MPa ±21 MPa
Allongement à la rupture	Test ASTM E8	Horizontal 16% ± 1% Vertical 17% ±1%
Module d’élasticité	Test ASTM E8	Horizontal 127 GPa ±3 GPa Vertical 125 GPa ±4 GP
Dureté (Vickers)	ASTM E384-1	Horizontal 352 HV0.5 ±9 HV0.5 Vertical 360 HV0.5 ±7 HV0.5
Rugosité de surface (Ra)	JIS B 0601-2001 (ISO 97)	Horizontal 4 μm to 6 μm Vertical 4 μm to 7 μm