High Purity Commercially Pure Titanium Wire
Unalloyed high-purity titanium wire with 99.9%+ titanium content, excellent chemical inertness, corrosion resistance and biocompatibility, ideal for precision scientific research and laboratory experiments.
Material Overview
RapidKeen high-purity titanium wire is produced from high-grade raw materials through vacuum melting and multi-pass precision cold drawing. The total content of impurity elements such as oxygen, nitrogen, hydrogen and iron is strictly controlled to ensure material stability and experimental repeatability.
The natural oxide film on the surface provides excellent corrosion resistance. The material has outstanding ductility, and can be easily bent, coiled and formed in the laboratory. It is non-toxic, non-magnetic and has excellent biocompatibility.
99.9%+ Purity · Batch Traceable99.9%+
Ti Purity
≤0.05%
Oxygen Content
≤0.03%
Iron Content
±0.005mm
Diameter Tolerance
Key Characteristics
- 99.9%+ high purity, extremely low impurity element content
- Outstanding corrosion resistance to acids, alkalis and salt solutions
- Excellent ductility, easy to bend and shape for experiments
- Excellent biocompatibility, non-toxic and non-magnetic
- High electrical conductivity for electrode applications
- Oil-free and contaminant-free surface, ready for lab use
- Superior cryogenic toughness at extremely low temperatures
- Self-healing oxide film for long-term stable performance
- Uniform grain structure after vacuum annealing
- Complete material test report for each batch
- Ultra-fine diameter available down to 0.05mm
- Vacuum packaging to prevent surface contamination
Primary Laboratory Applications
Technical Specifications
Standard specifications for research-grade high-purity titanium wire, custom diameters and conditions are available upon request.
| Item | Parameter | Remark |
|---|---|---|
| Material | Commercially Pure Titanium (High Purity Grade) | Unalloyed, 99.9%+ Ti content |
| Titanium Purity | ≥ 99.9% | Higher purity grade available on request |
| Density | 4.51 g/cm³ (0.163 lb/in³) | Approximately 45% lighter than stainless steel |
| Ultimate Tensile Strength | 240 – 550 MPa (35 – 80 ksi) | Varies with temper condition |
| Yield Strength | 170 – 485 MPa (25 – 70 ksi) | Annealed condition at lower end |
| Elongation | 20 – 30% (annealed condition) | Excellent ductility for forming |
| Standard Diameter Range | 0.05 mm – 10.0 mm | Custom diameters available |
| Diameter Tolerance | ±0.005 mm (precision grade) | Tighter tolerance on request |
| Supply Condition | Annealed / Stress-relieved / Cold-drawn | Annealed as standard |
| Surface Finish | Bright drawn / Pickled / Polished | Defect-free smooth surface |
| Supply Format | Spools / Coils / Straight cut lengths | Custom length packaging |
| Maximum Service Temp | Approx. 260°C (500°F) continuous | Excellent cryogenic performance |
Research & Laboratory Application Scenarios
Widely used in university laboratories, research institutes and enterprise R&D centers, supporting multidisciplinary experimental research in chemistry, materials, biology and environmental science.
Electrochemical Research
Used as working electrode, auxiliary electrode and reference electrode substrate for electrochemical experiments. Stable performance in various electrolyte systems, no impurity dissolution interference with experimental results.
Corrosion Science Study
Applied in corrosion simulation experiments, acid and alkali resistance testing, salt spray test and marine corrosion research. Excellent corrosion resistance serves as standard reference material for corrosion experiments.
Biomedical Laboratory
Used for biocompatibility testing, dental material research, orthopedic implant material experiments and tissue engineering research. Non-toxic and non-magnetic, suitable for long-term contact with biological tissues.
Chemical Catalysis Research
Serves as catalyst carrier and electrode material for catalytic reaction research. Stable chemical properties ensure no side reactions occur during the catalytic process, supporting accurate catalytic performance testing.
Cryogenic Material Testing
Maintains good ductility and toughness at extremely low temperatures, suitable for cryogenic physics experiments, low-temperature equipment research and superconducting related experimental research.
University Teaching Experiments
Supports material engineering, applied chemistry and other professional teaching experiments. Available in small packages and multiple specifications, convenient for students to carry out experimental operations and performance testing.
Why Choose RapidKeen High Purity Wire
Strict quality control from raw material to finished product ensures reliable experimental data and stable batch consistency for scientific research users.
Ultra-High Purity Assurance
Vacuum melting with high-purity raw materials, strict control of O, N, H, Fe and other impurity elements. Each batch is provided with composition test report to ensure no impurity interference in experiments.
Precision Dimensional Control
Multi-pass precision cold drawing process with tight diameter tolerance. Uniform roundness and smooth surface meet the assembly accuracy requirements of scientific research instruments and experimental devices.
Research-Friendly Supply
Support small-batch customized supply, various packaging forms. Vacuum sealing packaging is available to prevent surface oxidation and contamination during transportation and storage.
Supply Formats & Conditions
Various tempers, surface finishes and packaging options are available to accommodate different experimental requirements and usage scenarios.
Available Tempers & Conditions
Annealed (soft) condition provides maximum ductility, suitable for complex forming, bending and coiling operations in laboratory. Good plasticity for manual processing and device assembly.
Stress-relieved condition offers improved dimensional stability for precision wire forms and spring fabrication. Cold-drawn / hard temper delivers higher tensile strength for load-bearing experimental setups.
Surface & Packaging Options
Standard bright cold-drawn surface; pickled and descaled surface is available to remove oxide layer completely. Polished and ground surface can be provided for experiments with high surface finish requirements.
Standard supply in spools, coils and straight cut lengths. For laboratory use, vacuum-sealed packaging, moisture-proof packaging and small-quantity sub-packaging can be provided to facilitate storage and use.