3.7035
R50400
Titanium Gr II
Commercially pure titanium belongs to the group of reactive metals. It provides a very favorable strength-to-density ratio. Depending on the concentration of interstitial elements, Titanium shows good ductility and manufacturing properties. This, combined with good corrosion resistance and creep strength, covers a wide range of applications.
Application : chemical industry, aerospace industry,medical engineering-because of their outstanding boicompatibility.
Mechanical Properties
| Tensile strength: | 345 | N/mm² |
|---|---|---|
| Yield strength 0,2% : | 275 | ≥ N/mm² |
| Elongation: | 20 | ≥ % |
| Hardness HB30: | 150 | ≤ HB |
Chemical Composition
CARBON
C
0,08% max
NITROGEN
N
0,03% max
TITANIUM
Ti
Balance
IRON
Fe
0,30% max
OXYGEN
O
0,25% max
HYDROGEN
H
0,015% max
700°C
High corrosion resistance
CP Titanium Grades are welded with matching filler metal of the same grade or lower grade (= grade providing higher degree of purity). Suitable welding technics are gas tungsten arc (GTAW) and gas metal arc (GMAW): For example Argon of 99.99 % purity should be used.
All material will be marked as follow:
- Manufacturer’s name
- Material grade
- Size
- Heat Number
Material will be delivered with certificate EN 10204 3.1
OTHER TITANIUM grades
| Tensile strength: | 825-860 | N/mm² |
| Yield strength 0,2% : | 760 | ≥ N/mm² |
| Elongation: | 8-10 | ≥ % |
| Hardness HB30: | 310 | ≤ HB |
Click the material number to view the material data sheet.