Types of Titanium
Date:2013-01-04 14:50 Source:未知 Author:admin Click:
Types of Titanium
- , the most common titanium alloy, is composed of 90% titanium, six percent aluminum and four percent vanadium.
- , including aluminum beryllium, nickel-based superalloys and titanium, have basic metal properties that are enhanced by key elemental alloying additions.
- Bought titanium can be found in various stages of fabrication such as mill products or completed parts. Distributors, retailers, manufacturers and metal finishing industries buy titanium.
- is a mixture of titanium sponge and titanium scrap with iron. After being mixed, the titanium and iron are melted together, forming a single alloyed metal.
- are materials that have unique strength and/or corrosion properties at temperatures exceeding 1,000ºF (537°C), as well as high creep resistance and resistance to softening
- have superior strength and corrosion resistance under high temperatures. Superalloys are used in applications such as jet engine components, valves and gas turbines.
- Titanium alloys are composite materials that combines several metal components, with titanium being the predominant element, to create a hybrid metal.
- Titanium bars are sections of titanium that have been machined down to a solid bar. The titanium bars are frequently shipped out and used by companies that manufacture titanium products.
- are milled products that have been hot-worked by either the forging, extruding or roll processes, forming the material into round or round-corner squared products. Titanium billets, which have
- like other bolts, consist of a threaded pin or rod and a head at the opposite end. Titanium bolts are preferred over other materials for their superior strength and corrosion resistance.
- are formed by pouring molten material into a mold in which it solidifies into the shape of the mold. The reactive properties of titanium makes the forming of titanium castings complex, though
- Titanium foil is a very thin flat mill product of varying size and thickness that is produced during titanium extraction, formed and sold to titanium parts and product manufacturers for secondary fabrication.
- Titanium grades are used to distinguish the between the different types of titanium and titanium alloys based on their different qualities and purities to ensure proper material selection.
- are large (sometimes more than 10 tons) masses, consisting of primarily titanium but including other alloying elements. Titanium ingots are large and mostly barrel shaped and are used primarily
- provide various titanium products to many industries.
- Titanium metal is an extremely strong, low density and highly corrosion resistant substance used in a wide variety of industrial applications for which these traits and others, such as heat resistance, are desirable.
- Titanium pipes are long hollow tube-like pieces of hardware used for the transport of fluid and gaseous materials in a wide range of industrial, commercial and domestic applications.
- Titanium plates are widely used in the medical industry to correct skull defects or repair fracturing of the skull.
- Titanium rods have a superior strength-to-mass ratio. Titanium rods, if well-designed, are about 20% lighter than comparable steel rods.
- Titanium sheet is a thin, flat piece of titanium.
- is pure titanium, which has a porous cellular form.
- Titanium tubing offers superior strength, rigidity and lightness. Titanium tubing, largely formed from an alloy consisting of 3% aluminum and 2.5% of vanadium (3-2.5), is costly, due to the refinery, tooling and
- Titanium wire is a fine wire or braided cable that is becoming more popular in the biomedical and industrial fields for its small diameter and admirable strength. Common diameters range from 0.0015" with fine wire to
and metal loss from oxidation, sulfidation or carburization. High temperature alloys contain a large amount
of nickel (from 25 to 60%) and critical amounts of molybdenum, columbium, chromium and titanium.
diameters starting at four inches, are mostly used as starting stock for subsequent forging or extrusion processes.
these products have been successfully used in a wide variety of applications.
for heat exchangers and piping in such industries as petrochemical plants, nuclear power plants and seawater
desalination plants.
processing costs of the material.
over 0.2" with weld wire.
