Tungsten Rods for industrial and military applications

Tungsten Rods possess special properties such as low thermal expansion with good thermal conductivity, sufficient resistance to resistance, and high modulus of elasticity. Tungsten Rods are therefore used in a wide range of applications. They are used in a wide range of applications such as support wires, lead wires, printer needles, various electrodes, quartz furnaces, filaments, high-speed tools, automotive automation products, and sputtering targets. Here are some answers.

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l Tungsten Rods are used in industry.

l Tungsten Rods are used in military applications.

Tungsten Rods are used in industry.

Tungsten is a non-ferrous metal and an important strategic metal, tungsten ore was known as "heavy stone" in ancient times. The discovery of wolframite was made in 1781 by Swedish chemist Carl Wilhelm Schell. In 1781, the Swedish chemist Carl Wilhelm Scheyer discovered scheelite and extracted a new elemental acid: tungstic acid, and in 1783 the Spaniard Depulya discovered wolframite from which tungstic acid was also extracted. In the same year, the first tungsten powder was obtained by reducing tungsten trioxide with carbon, and the element was named. Tungsten is present in the earth's crust at a level of 0.001%. Twenty types of tungsten-bearing minerals have been identified. Tungsten deposits generally form in association with the activity of granitic magmas. After smelting, tungsten is a lustrous silvery-white metal with an extremely high melting point, hardness, atomic number 74, steel grey or silvery-white, high hardness, high melting point and is not subject to air erosion at room temperature. The main uses of tungsten are in the manufacture of filaments and high-speed cutting alloy steel, super-hard molds, as well as in optical and chemical instruments. The elemental symbol for tungsten is W. Tungsten Rods are drawn into filaments that are used in electric light bulbs and electronic tubes.

At high temperatures, Tungsten Rods are used as a material with a high melting point and a low coefficient of thermal expansion. The addition of tungsten alloying elements improves machinability, toughness, and welding. The properties of the material are built upon manufacturing tungsten alloy rods to eliminate the problems associated with heat treatment of other tool materials.

Tungsten Rods are used in military applications.

Tungsten Rods quickly drop munitions when warplanes arrive over the target. Modern munitions are not the same as before, when the munitions dropped were very heavy fire explosives, let's say a Tomahawk missile can carry 450 kg of TNT, high explosives. Modern warplanes can't carry many explosives, and it's a new concept of targeting, instead of using traditional munitions, it's dropping a metal rod made of tungsten, which is called a tungsten carbide rod, and a small rod dropped from an altitude of tens or hundreds of kilometers, at a very high speed, is enough to sink a destroyer or an aircraft carrier, let alone a vehicle or an aircraft. not to mention a vehicle or an aircraft. So it can work because of the high degree of precision, and the very high speed.

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