Tungsten's many alloys have numerous applications, most notably in incandescent light bulb filaments, X-ray tubes (as both the filament and target), and superalloys. Tungsten's hardness and high density give it military applications in penetrating projectiles. Tungsten compounds are most often used industrially as catalysts.
Tungsten has a myriad of different uses, mostly for applications when you need something extremely hard. Some of the best drill bits are made from tungsten carbide, along with saws and cutting materials. We use tungsten carbide in my company for making wedding bands that are extremely scratch resistant and strong. You can see them at http://www.weddingringsforever.com to see what they look like. It has been referred to as a permanently polished metal in this application.
Tungsten can also be used in light bulbs as a filament and any other time you need a hard, heavy metal.
Tungsten is a chemical element and a very durable metal when formed into tungsten carbide. It has a high melting point of 6192 degrees, a hardness rating of a 9 on the Mohs Scale (10 being diamonds), and stable isotopes for longevity.
Due to these characteristics, tungsten is used in light bulbs, halogen lamps, grenades, missiles, rocket engines, alloys, ballast in race cars, ballpoint pens, and more recently, jewelry. All benefit from tungsten's high temperature melting point and scratch resistance.
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Tungsten is mainly used as light bulb filaments. Other uses of it include model rocket igniters, bullets, and also in rocket engine nozzles, because of it's ability to stand high temperatures.
Tungsten is also used in a Tungsten-Carbide alloy which is extremely hard and useful in the tips of cutting blades and concrete bits.
Also, due to its high temperature resistance, it is used in either pure form, or alloyed with Thorium and other metals in welding electrodes, especially TIG electrodes which must maintain form while melting the steel.
You can also purchase Tungsten crucibles, again due to its high temperature resistance.
Similar to the lightbulb filaments, it also has been used in heating elements and kiln heating elements.
Tungsten has an unusually high melting point, and therefore has been used for many decades to make filaments in incandescent light bulbs.
The element Tungsten can be used to make lamp filaments.
To mack filaments for incandescent light bulbs, Flo;resent light bulbs, and television tubes are some common uses for the element tungsten.
The filament in filament light bulbs are made of tungsten.
What is more efficient a tungsten light or an incandescent light?
yes
Technically no, since an element defines that it is a single atom. Tungsten Carbide is a chemical compound consisting of Tungsten and Carbon (W2C) and Graphite is a form of pure carbon
The melting point of Tungsten is 3,422°C (degrees celsius,) or 3695K (Kelvin.)The melting point of tungsten is3695 K (Kelvin)3422 °C (Celsius)6192 °F (Fahrenheit)
Wolfram is what tungsten used to be called, which is why W is its chemical symbol.
You can use ordinary tungsten to mark
lightbulbs?
There are many uses for tungsten: Incandescent light bulbs: It makes up the filament of the bulb. It is used in the bulb because it can withstand extreme temperatures. Jewelry: The high scratch resistance and dark shine of tungsten makes it a very popular choice among men for rings and bracelets. Abrasive Coating: Many tools subject to cutting hard metals in harsh conditions are coated with tungsten. The high melting point and hardness of tungsten make it a valuable asset to machinery and cutting tools.
Tungsten is a chemical element with symbol W and an atomic number of 74. It is mainly used in making electric light filaments. It is also a major component in cemented carbides and high speed steels.
TIG welding uses tungsten electrodes. Some electrodes also contain Thorium some also contain Zirconiun some are pure Tungsten. Each has its own applications.
its used in light bulbs and high power tools that are used in high heated areas.
Tungsten is not Magnetic :(
can you dissolve tungsten
That's tungsten. Wikipedia has more in their post on this amazing metal. A link to it is below.
Tungsten's original name is Wolfram that is why the symbol for Tungsten is a W
There are none, tungsten is a pure element so it is made of only tungsten.
Tungsten is found in wolframite (hence why the Germans called tungsten wolfram).