Surgical implants, medical titanium plates, and titanium alloys have the characteristics of high strength, low specific gravity, good biocompatibility, and excellent corrosion resistance. As a few, titanium and titanium alloys can fully meet human implantation conditions. Metal materials have become more and more widely used in the medical field. Every year, more than 1,000 tons of medical components of different types and functions of titanium and titanium alloys are implanted in the body to help patients regain their lives.
Depending on the use environment, the selection of medical titanium and titanium alloys is different. If good ductility is required, pure titanium (Gr.1 ~ Gr.4) can be selected; if good strength is required, a titanium alloy with a strength of 1300Mpa after heat treatment should be selected. Titanium-based trait memory alloys are also an important category for the application of titanium products in the medical field. In general, medical titanium products usually undergo strict technological processes such as forging, casting, processing, forming, surface treatment and post-treatment.
Application fields of medical titanium and titanium alloys
1.Bones and joints
Approximately one million patients worldwide undergo hip and knee replacements each year. Some adhesive-free designs often use a rough, bioactive surface (hydroxyapatite) to increase the life of the implant. Internal and external fracture reduction is also the main application area of titanium, including fixation screws, intratumoral intramedullary nails, and titanium mesh for skull replacement.
2. Dental implants
As a dental material, titanium is more and more widely used in clinical applications as implants such as inlays, crowns, bridging materials, denture beds, and artificial tooth roots.
Cardiovascular facilities
Titanium is often used in the manufacture of pacemakers and defibrillators.
4. Surgical instruments
Titanium is widely used in surgical instruments. The surface of surgical instruments is usually passivated to obtain a chemically stable surface. Titanium is not magnetic, so it does not damage the tiny electronic components in the implant.
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Depending on the use environment, the selection of medical titanium and titanium alloys is different. If good ductility is required, pure titanium (Gr.1 ~ Gr.4) can be selected; if good strength is required, a titanium alloy with a strength of 1300Mpa after heat treatment should be selected. Titanium-based trait memory alloys are also an important category for the application of titanium products in the medical field. In general, medical titanium products usually undergo strict technological processes such as forging, casting, processing, forming, surface treatment and post-treatment.
Application fields of medical titanium and titanium alloys
1.Bones and joints
Approximately one million patients worldwide undergo hip and knee replacements each year. Some adhesive-free designs often use a rough, bioactive surface (hydroxyapatite) to increase the life of the implant. Internal and external fracture reduction is also the main application area of titanium, including fixation screws, intratumoral intramedullary nails, and titanium mesh for skull replacement.
2. Dental implants
As a dental material, titanium is more and more widely used in clinical applications as implants such as inlays, crowns, bridging materials, denture beds, and artificial tooth roots.
Cardiovascular facilities
Titanium is often used in the manufacture of pacemakers and defibrillators.
4. Surgical instruments
Titanium is widely used in surgical instruments. The surface of surgical instruments is usually passivated to obtain a chemically stable surface. Titanium is not magnetic, so it does not damage the tiny electronic components in the implant.
titanium rolling sheet grade 12 titanium rod titanium tubing for bike frame titanium spool wire
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