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| ¡¡The titanium and titanium alloys is widely used as the biomaterial by its excellent mechanical properties, corrosion resistance, biological compatibility and non-magnetic. Because of lightweight and high strength, it is used to produce medical products implanted into the human body without vice effects. With the improvement of people's living, the medical equipment made of titanium and titanium alloys has been accepted by the majority and widely used in clinic. |
| Trademark |
Form |
Dimension(mm) |
Condition |
Specifications |
| TiNi |
Sheet |
¦Ä 0. 8 ¡« 10.0 |
R |
Q/XB1540 |
| Rod & Bar |
¦µ 4.0 ¡« 30.0 |
R |
Q/XB1520 |
| Wire |
¦µ 0.3 ¡« 4.0 |
R |
TA0¡¢TA1¡¢TA2¡¢TA3
(Gr.1¡¢Gr.2¡¢Gr.3¡¢Gr.4)
|
Sheet |
¦Ä 4. 1 ¡« 10.0 |
R/M |
ASTM F67
ISO 5832-2
GB/T13810
|
| ¦Ä 0. 8 ¡« 4.0 |
Y/M |
| Rod & Bar |
¦µ 4. 0 ¡« 75 |
R/M |
| Wire |
¦µ 0.6 ¡« 6.0 |
M |
TC4
(Gr.5)
(Ti-6Al-4V)
|
Sheet |
¦Ä 4. 1 ¡« 10.0 |
R/M |
ASTM F67
ISO 5832-3
GB/T13810
|
| ¦Ä 0. 8 ¡« 4.0 |
Y/M |
| Rod & Bar |
¦µ 4. 0 ¡« 75 |
R/M |
| Wire |
¦µ 0.6 ¡« 6.0 |
M |
TC4 ELI
(Gr.23)
|
Sheet |
¦Ä 4.1 ¡« 10.0 |
R/M |
ASTM F136
GB/T13810 |
| ¦Ä 0.8 ¡« 4.0 |
Y/M |
| Rod & Bar |
¦µ 4.0 ¡« 75 |
R/M |
| Wire |
¦µ 0.6 ¡« 6.0 |
M |
| Ti-75 |
Sheet |
¦Ä 0.6 ¡« 6.0 |
M |
Q/XB1915 |
| Rod & Bar |
¦µ 4. 0 ¡« 75 |
R |
| Ti-6Al-7Nb |
Sheet |
¦Ä 4. 1 ¡« 10.0 |
R/M |
ASTM F1295
ISO 5832-11
|
| ¦Ä 0. 8 ¡« 4.0 |
Y/M |
| Rod & Bar |
¦µ 4. 0 ¡« 75 |
R |
| Ti-13Nb-13Zr |
Sheet |
¦Ä 4. 1 ¡« 10.0 |
R/M |
ASTM F1713 |
| ¦Ä 0. 8 ¡« 4.0 |
Y/M |
| Rod & Bar |
¦µ 7.0 ¡« 75 |
R |
| Wire |
¦µ 7.0 ¡« 1.0 |
R |
* Supplying Specification£ºThe chemical composition of the ingots can meet the requirements of GB¡¢ISO¡¢ASTM¡¢AMS¡¢JIS Standard£¬as well as the customer's special requirements.
* Our company standard is issued under the fixed designation Q/XB.
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