Titanium is used in automotive industry, particularly in automobile or motorcycle racing, focused on weight reduction, rapidity and improved performance. Although vehicles with titanium applications are proven to be fuel efficient and environmentally friendly, this metal is too expensive to make it marketable to the general consumer market, other racing/performance market.
titanium alloys and metals are used for making car parts that need to be strong but lightweight, but if you make a car entirely out of titanium it would be very expensive and it could quite possibly be too light, causing the cars to lift off the ground at high speeds (not a good thing).
titaniumHigh-performance jet engine parts are made of titanium because of its great strength at high temperature.
Titanium is a chemical element (symbol Ti) and contain only titanium atoms. This atom is formed from: 22 Protons 22 Electrons The number of neutrons is different for each isotope; between 24 an 28 neutrons for the stable isotopes of titanium. hi josh
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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.
In nature, titanium is always found as a compound, not as a pure metal. Titanium is highly reactive (although less reactive alloys can be made from it).
Titanium is made in to lots of things like jewelry, titanium metal gifts, titanium material, & titanium parts. So, see there a lot of different stuff from titanium. :)
titaniumHigh-performance jet engine parts are made of titanium because of its great strength at high temperature.
asking if we can build a frame/Chassis for a racing car using TITANIUM,
Usually different steel and aluminium alloys but sometimes also Titanium.
All newer models of Aston Martin cars the body parts are made of Carbon Fibre and Titanium, due to its light weight
Titanium is not made in bombs and is not an explosive.
In the past (quite a long time ago!) most car manufacturers actually made all the parts that went into the car, so they bought metal, plastic, wood, etc, and then made parts out of these materials, then made a car with the parts they had made. These days most car companies buy parts made by other companies, and then "assemble" the parts into a car. So they no longer "manufacture" a car, they "assemble" it.
Titanium is an element found in common ore minerals. It's low density (not that heavy) and durability make it useful in car parts, sports equipment, aircraft, and many other things.
Titanium is an element found in common ore minerals. It's low density (not that heavy) and durability make it useful in car parts, sports equipment, aircraft, and many other things.
Titanium is an element found in common ore minerals. It's low density (not that heavy) and durability make it useful in car parts, sports equipment, aircraft, and many other things.
Titanium is an element found in common ore minerals. It's low density (not that heavy) and durability make it useful in car parts, sports equipment, aircraft, and many other things.
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.