You would in all probability have heard about tungsten rings or carbide tungsten rings not too long ago. But what exactly is tungsten carbide? I would like to share with the readers some details about tungsten carbide.
Tungsten carbide is an inorganic chemical compound consisting of both tungsten and carbon. Tungsten carbide's most simple shape is in powder form and is pressed and molded into various shapes for use in industrial machinery and also jewelry. Tungsten's compound is also considerably denser than steel or titanium. Hence, it can only be polished with materials of superior hardness such as silicon carbide, cubic boron nitride and diamond amongst other people. The melting point for tungsten carbide is tremendously high at 2,870 degree Celsius (5,200 Fahrenheit) and its hardness is at 8.5-9. on the Mohs scale.
Beneath are some common uses of carbide:
Machine tools Usage:
Carbide cutting surfaces are typically utilized in the objective of machining scenarios where other metal tools would commonly wear out. It also produces a much better finish and enables quicker machining. Carbide tools can also endure higher temperatures than normal tools.
Military Usage:
This metal is generally applied in armor-piercing projectiles. It supplies an powerful penetration due to its hardness and dense properties. The well-known use includes ammunition for both tiny-caliber weapons and significant artillery.
Jewelry Usage:
This metal can now be located in jewelry and most notably in men's wedding bands or rings. The tungsten rings or bands would generally have a dark hue polished and shiny finish. The tungsten rings is particularly resistant to scratches and dents although keeping its mirror-like shine for the life time of the pieces.
Lastly on tungsten jewelry, there are a large number of manufacturers that use cobalt as a binder which may cause skin reactions. Skin oils would result in the cobalt to leak from the jewelry cause potential skin concerns. Hence, it is quite essential to make certain the jewelry that you are acquiring utilizes nickel as a binder.
