
GR1 Titanium Wire
Product introduction
GR1 titanium wire is mainly composed of titanium (Ti) elements, with a purity of more than 99.5%.
It is the most common commercial titanium pure material with excellent corrosion resistance and good machinability.
Product Introduction
Features of GR1 titanium wire
GR1 titanium wire has low density, high strength, excellent corrosion resistance and good biocompatibility. With a density of about 4.5 g/cm3 and a low specific gravity, it is ideal for lightweight designs. Also has good plasticity and weldability.
Product name: GR1 titanium wire
Executive standard: ASTM B863 ASTM F67
Material: pure titanium
Grade: GR1
Processing technology:cold drawing, heat treatment, welding and other processes.
Technology for processing titanium wire from GR1:
1. Choosing proper hardware and instruments is the essential thought for its handling. Generally utilized handling gear incorporate CNC machines, CNC processing machines and CNC cutting machines. The processing process can be precisely controlled by this equipment, ensuring product accuracy and quality. Using the right tools and fixtures, on the other hand, is crucial to avoiding the effects of vibration and excessive heat on product processing.
2. Sensible determination of cutting boundaries is likewise a central issue to focus on during the handling. While performing turning, processing and different tasks, the cutting pace, feed speed and cutting profundity ought to be sensibly chosen in light of variables, for example, the measurement, length and state of the titanium wire. Unreasonably high cutting pace and feed rate might prompt harsh handling surfaces, while extreme cutting profundity might cause vibration and reverberation peculiarities, influencing the handling quality.
3. Legitimate cooling and oil measures are additionally fundamental for its handling. Because of the low warm conductivity of titanium compounds, high temperatures are effortlessly produced during handling. Accordingly, while handling titanium wire, cutting liquid or cutting oil ought to be utilized for cooling and grease to decrease erosion and intensity collection, apparatus wear and workpiece twisting.
4. The handling innovation of titanium wire likewise requires fitting surface treatment and intensity therapy. Surface treatment can utilize pickling, sandblasting and different techniques to eliminate the oxide film and pollutants on the outer layer of the titanium wire to work on a superficial level quality. Through solid solution treatment and aging treatment, heat treatment can enhance the mechanical properties and corrosion resistance of titanium wire, making it more suitable for specific engineering applications.
The specifications of GR1 titanium wire are shown in the figure
|
Material |
GR1 |
cross-sectional shape |
round |
Remark |
|
Section size |
0.5--2.0 (mm) |
length |
-(m) |
The specific size can be customized |
|
weight |
-(kg/km) |
tensile strength |
880 (MPa) |
|
physical properties
|
|
Mechanical properties at room temperature, not less than |
High temperature mechanical properties, not less than |
|
|
||||
|
Tensile strength σbMPa |
Yield strength σbMPa |
Growth rate δ5% |
Shrinkage ψ% |
Impact value akJ/cm2 |
Test temperature ℃ |
Tensile strength σbMPa |
Durable strength σ100MPa |
|
|
TA1 |
343 |
275 |
25 |
50 |
▬ |
|
|
|
|
TA2 |
441 |
373 |
20 |
40 |
▬ |
|
|
|
|
TA3 |
539 |
461 |
15 |
35 |
▬ |
|
|
|
|
TA5 |
686 |
▬ |
15 |
40 |
58.8 |
|
|
|
|
TA6 |
686 |
▬ |
10 |
27 |
29.4 |
350 |
422 |
392 |
|
TA7 |
785 |
▬ |
10 |
27 |
29.4 |
350 |
490 |
441 |
|
TC1 |
686 |
▬ |
15 |
30 |
44.1 |
350 |
422 |
324 |
|
TC2 |
902 |
|
12 |
30 |
39.2 |
350 |
343 |
392 |
|
TC4 |
981 |
824 |
10 |
30 |
39.2 |
400 |
618 |
569 |
|
TC6 |
4059 |
▬ |
10 |
twenty three |
29.4 |
400 |
736 |
667 |
|
TC9 |
1059 |
▬ |
9 |
25 |
29.4 |
500 |
785 |
588 |
|
TC10 |
1030 |
▬ |
12 |
25~30 |
34.3 |
400 |
834 |
785 |
|
TC11 |
1030 |
▬ |
10 |
30 |
29.4 |
500 |
686 |
588 |
Advantages and disadvantages of GR1 titanium wire
Is one of the purest commercially pure titanium, but it is not suitable for those applications that require very high strength. In some applications that require higher strength, it may be necessary to choose titanium alloy materials, such as Ti-6Al-4V alloy.
Application of GR1 titanium wire
Commonly used in the manufacture of aerospace parts, chemical equipment, medical construction equipment, electronic devices, sports equipment, etc. Due to its good corrosion resistance, GR1 titanium wire is also commonly used in marine engineering and marine equipment in seawater environments.

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