Medical titanium wire of Baoji Yibaite New Material Technology Co., Ltd
Medical implant-grade and interventional precision materials
Laying the roots in "China Titanium Valley" city, Baoji Yibaite New Materials has established its core business on vacuum self-consuming arc furnace melting technology. It is also equipped with its own patented straightening device and multiple passes of precise cold drawing process. This enables it to produce a full range of medical titanium wires from 0.05mm to 10mm, covering all scenarios from micro-intervention to load-bearing implantation, providing stable and reliable core materials for high-end medical devices.
Product Key Highlights




Full Range Coverage
Our medical titanium materials mainly include pure titanium (TA1/TA2/Gr1–Gr4, ASTM F67), medical titanium alloys (TC4 ELI/Gr5, ASTM F136), and shape memory Ti-Ni alloys (ASTM F2063), which can be adapted to different medical scenarios.
01
Micrometer-level Precision
The company is equipped with high-precision processing equipment, with the tolerance of micro-diameter wire materials reaching ±0.01mm, and excellent straightness, meeting the ultra-precision processing requirements for interventional guidewires, electrode leads, etc.
02
Highly Clean Surface
Our wires can reach Ra ≤ 0.8μm, meeting the requirements of medical-grade surfaces (acid washing / electrolytic polishing), without oxide color, scratches and residual stress, reducing the risk of tissue irritation and corrosion.
03
Adhere To Strict Standards
Our products fully comply with both international and domestic norms, including GB/T 13810, ASTM F67/F136, and ISO 5832. We have also obtained ISO13485 quality system certification we can achieve a 100% pass rate in all physical and chemical performance tests.
04
Steady Mechanical Performance
The tensile strength of TC4 ELI material is no less than 860MPa; Grade 2 pure titanium combines excellent corrosion resistance with superior ductility, and offers the shape recovery rate of Ti-Ni superelastic alloy is over 95%, making it ideal for long-term implantation and applications under dynamic loading conditions.
05
Core Brand Names And Applicable Scenarios
| Grade(national Standard / American Standard) | Typical Application | Typical Application |
| TA2(Grade 2,ASTM F67) | High plasticity, excellent corrosion resistance, MRI compatible | Costal closure suture, orthopedic suture thread, low-load fixation device |
| TC4 ELI(Grade 5,ASTM F136) | High strength, low elastic modulus, and fatigue resistance | Orthopedic bone screws / Spinal fixation wires, K wires, load-bearing implants |
| Ti-Ni(Nitinol,ASTM F2063) | Shape memory, super elasticity, temperature adaptation to body temperature | Minimally invasive interventional guidewire, self-expanding stent, orthodontic archwire |
Corporate Strength

Relying on a 2100㎡ professional production site and the qualification of a national high-tech enterprise, Baoji Yibaite New Materials has a full range of titanium wire, titanium rod and titanium plate products. It can meet the R&D and mass production needs of medical devices in one-stop service.
It provides customized specifications (diameter, condition, surface treatment), rapid prototyping, technical support and full-process traceability services. The products are compatible with multiple standards such as Chinese national standard, American standard and European standard, helping medical device enterprises efficiently pass registration and certification.
FAQ
Q: Does the titanium plate interfere with the MRI examination?
A: No, titanium metal itself is a non-magnetic material. Usually, an MRI (magnetic resonance imaging) examination can be conducted.
Q: Is it necessary to remove it after the surgery?
A: Clinical data show that over 90% of the patients experienced no adverse symptoms after the operation, and the titanium plates can remain in place for a lifetime.
Q: Could you provide samples materials?
A: Yes, we can provide the product sample by express.
Q: What are the payment methods?
A: T/T, and L/C generally, but it is negotiable.












