Well Titanium is an ultra light alloy and is available in various grades for various purposes. In the medical end, titanium (generally grade 23 or better) is used for hip replacements, ball and socket joint replacements, it is also used for screws pins and plates that are intended to be left inside the body due in part to it's bio-compatability. Which means it wont elicit an adverse reaction when used in the body (other wise know as a rejection).
Titanium is utilized in various implants. For example, titanium "hardware" can be used to restructure broken bones, and can be used in dental implants. Of course, there are many more specific uses. In addition, some surgical tools are made of titanium. One important fact to note is that titanium is not readily recognized by the human body as being a foreign object. Therefore, implants and surgical tools pose virtually no threat to a patient's body, because it will not be rejected.
Titanium is used to replace bone in the skull, join bones, even medical tools. It is usefull because it is strong and not feromagnetic.
the medical use for titanium is artificial joints
Need to re-phrase question.
it is nontoxic
Titanium, it is lighter than steel, stronger than steel, and less bioreactive than steel.
You extract it form its ore. For titanium you use the kroll process and for aluminum you use electrolysis.
TItanium is used in applications where the strength per unit weight is critical. It has seen significant use in airplanes as a result. Titanium and its alloys are also used in the medical device industry for artifical hips due to its tendency to form a strong oxide layer that resists abrasion and corrosion.
Titanium (titanium metal, titanium alloy) tensile strength is up to 180kg/mm2. Titanium has good heat-resistant strength, low temperature toughness and fracture toughness, so widely used in producing many parts for aircraft engines and rockets, missiles, structural parts. Titanium can be made into the fuel and oxidizer tank and high-pressure container. In the oil industry, titanium were mainly used for a variety of containers, reactors, heat exchangers, distillation towers, pipes, pumps and valves and so on. Titanium can be used as electrodes and power plant condensers and environmental pollution control device. Ti-Ni shape memory alloy has been widely used. In the medical, the titanium can be used for artificial bones and variety of instruments. The titanium is also the deoxidation of steel and stainless steel and alloy steel. Titanium dioxide is a good paint materials. Titanium carbide is a new type of titanium carbide material. Titanium and titanium alloy is known as space metal and used extensively for the aviation industry. In addition, the shipbuilding industry, chemical industry, manufacture of machinery parts, telecommunications equipment, carbide, etc. jas become increasing using fields. In addition, titanium alloys also have good compatibility with human nature. So, It also can be used as man-made titanium bone.
The terms for titanium are: 3F, 1D, 3P, 1G, 1S
titanium
Titanium
Titanium
Artificial limbs are made from pylon, titanium, wood, and wool. Hope this answers your question.
Artificial limbs are made from pylon, titanium, wood, and wool. Hope this answers your question.
Titanium, it is lighter than steel, stronger than steel, and less bioreactive than steel.
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Not really reactive with the chemicals in our bodies
In 1993, it was made from medical grade titanium and nitinol (nickel/titanium alloy).
"This object is 100% titanium."
Jewellleryy, those medical implants your mom hass :p, andd um titanium dioxide :)
Artificial body parts are made of numerous materials, such as metals, ceramics, and plastics. Titanium is used due to its' biocompatibility ( this means the material is not rejected by the bodys' immune system), and its' ability to be moulded with ease yet still strong. Titanium has a: * tensile strength of 960 MPa * elasticity of 110 GPa * Density 4.5 g/cm^3 However titanium can wear out easily.