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Titanium Materials

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Medical high-purity titanium rod

  • Material: TA1, TA2 medical high-purity titanium; High strength implantation specific TC4 ELI ultra-low gap titanium alloy
  • Execution standards: GB/T 13810, ASTM F67, ASTM F136 Medical Implant Grade Standards
  • Specifications: Diameter ranging from 0.8mm to 150mm, standard length from 1000mm to 3000mm, capable of zero cutting, sizing, and precision machining, providing black forged bars, precision polished c
  • Product Description:Medical high-purity titanium rods are produced using implant grade high-purity titanium raw materials, with extremely low impurity content, excellent biocompatibility, non-toxic, non exclusionary, and
[ Supply Status ]
Vacuum annealed soft state, stable structure, no oxidation, no cracks, no inclusions on the surface, clean and dust-free sealed packaging.


[ Processing Technology ]

High purity sponge titanium vacuum melting → multi-directional forging grain refinement → precision cold drawing forming → vacuum stress relief annealing → ultrasonic testing → precision grinding and polishing → dust-free cleaning → medical grade packaging.


[ Material Performance ]

Medical high-purity titanium rods have high purity, controllable interstitial elements, no metal ion precipitation, no sensitization, non-toxic side effects, and can be implanted into the human body for a long time. Comes with a stable passivation film, resistant to body fluids and salt water corrosion, and does not rust or fall off after long-term use. The material is non-magnetic, does not interfere with nuclear magnetic equipment, has good plasticity and high toughness, can be repeatedly sterilized at high temperatures, has stable size and performance, and is not easily deformed during precision machining.


[ Process Structure ]

Adopting medical exclusive production processes and independent production lines to eliminate impurity pollution; Multi directional forging breaks down coarse grains, eliminates looseness, segregation, and microcracks, and results in a uniform and dense internal structure. Vacuum oxygen free annealing removes residual stress and solves processing deformation and cracking problems. The finished product undergoes ultrasonic testing and spectral composition testing one by one, with a smooth and pore free surface, meeting the requirements for sterile, high-precision, and high reliability use of medical devices.


[ Application Fields ]

Suitable for various high-end medical implants and precision instrument manufacturing, including orthopedic bone screws, intramedullary nails, and spinal fixation brackets; Dental implants, orthodontic braces, and denture support structures; Minimally invasive surgical instruments, puncture probes, precision shafts; Medical beauty plastic surgery implant stents, non-magnetic medical equipment, sterile testing precision accessories, etc.