Original Title: Performance and Application of TC4ELI High-precision Medical
Gr23 Titanium Rod GR23 titanium rod corresponds to domestic grade GR5 (ELI)
TC4ELI Titanium rods specially designed for surgical implants and medical
devices Specification of Gr23 titanium rod: φ4-120mm Tolerance: 0.03 MM Chemical
composition of GR23: N≤0.03 C≤0.08 H≤0.0125 Fe≤0.25 O≤0.13 5.5≤AL≤6.5 3.5≤V≤4.5
Uses: Clinical medicine, surgical implants, medical equipment manufacturing
Titanium and titanium alloy are used to make artificial joints,
nickel titanium wire, bone plates and
screws for bone and joint injuries caused by trauma and tumors in human body,
which have been widely used in clinic. It is also used in hip joint (including
femoral head),
titanium
exhaust tubing, knee joint, elbow joint, metacarpophalangeal joint,
titanium
bar gr5 ,
ti6al4v
eli, interphalangeal joint, mandible, artificial vertebral body (spinal
orthosis), cardiac pacemaker shell, artificial heart (heart-shaped valve),
artificial dental implant, titanium-nickel orthodontic appliance and titanium
mesh in cranioplasty. Gr2 high precision titanium bar 6.0mm Gr2 high precision
titanium bar Expand the full text Gr5ELI Titanium Rod ASTMF136 The requirements
for implant materials can be classified into three aspects: the biocompatibility
of materials with the human body, the corrosion resistance of materials in the
human body environment and the mechanical properties of materials. Baoji
Fanruida Titanium Industry Co., Ltd. focuses on titanium and titanium alloy
plates, rods and wires. Welcome elites from all walks of life to inquire. As a
long-term implant material, there are 7 specific requirements: 1. Corrosion
resistance 2. Biocompatibility 3. Superior mechanical and fatigue properties 4.
Resilience 5. Low modulus of elasticity 6. Good wear resistance in the assembly
7. Satisfactory price 。 There are several types of medical titanium alloys. 1.
Industrial pure titanium 2. Ti-6Al-4V and Ti-6Al-4VELi alloys 3. Ti-6Al-7Nb
alloy 4. New type Beta alloy 5. Ti-Ni alloy Comparison of Characteristics of
Three Implant Materials Material Stainless steel (SUS316L) Cobalt-chromium alloy
(Co-Cr alloy) Titanium alloy (Ti-6Al-4V) Strength C B B Specific strength C B A
Modulus of elasticity C C B Corrosion resistance D C B Wear resistance C B D
Corrosion fatigue resistance C C B Biocompatibility D C B Processability A C C
Note: A is excellent,
titanium seamless
tube, B is good, C is medium and D is poor. Titanium and its alloys are
being paid more and more attention because of their high specific strength, good
biocompatibility and corrosion resistance to body fluid. High-precision medical
titanium rod Return to Sohu to see more Responsible Editor:.
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