What is tungsten carbonide?
Tungsten carbide (chemical formula: WC) is a compound that has equal amounts of tungsten (and carbon) atoms. Although the most basic form oftungsten carbide can be described as a fine gray powder it can also be pressed into forms through a process known as sintering. It is used in industrial machinery and cutting tools, as well to make armor-piercing bullets or jewelry.
Is tungsten carbide better than tungsten?
Tungsten carbide is a dense, metal-like substance that is light grayish and bluish. It can melt at 4700 degrees Celsius (4600 degC) but not melt. It is prepared by heating tungsten powder and carbon black at 1,400deg-1.600degC (2.550deg-2.900degF), in the presence hydrogen.
Tungsten carbide has many characteristics similar to tungsten, including strength, durability, and high melting points. However, it is a more durable metal. Tungsten is 7.5 on Mohs. Tungsten carbide, which is the hardest metal in jewelry, has a very high scratch resistance of Mohs 8-9.
Is tungsten carbid stronger than steel
The hardest known material is tungsten carbide when it’s in the form of one carbide (the chemical formula for WC). Its impact resistance, toughness and scratch/scratch/erosion resistance are excellent, and its service life under extreme conditions is 100 times that of steel.
Tungsten carbide is the hardest metal to scratch. Tungsten carbide jewelry can be found in moderately priced, lightweight options that are comparable to gold or platinum. Tungsten cannot bend because of its hardness. The ring will not break unexpectedly or cause further injury to your fingers. The tungsten carbide top ring will never lose its shine.
Why are tungsten-carbid rings so affordable?
Due to the reduced labor time, cheap tungsten rings will be more affordable. This will reduce the precision and maintenance level of ring manufacturing which in turn will decrease quality.
How do you determine if the tungsten-carbid ring is real?
Apply and mark your ring to make sure it holds up. If the ring becomes dirty or loses its shine quickly, it’s likely that it is not of good quality.
The high hardness and durability of tungsten carbide, as well as its high melting point, make it a very useful material in many areas of our lives. The many benefits of tungsten carbide rings are not the only ones that people love.
1. Porsche revolutionized the brake system using tungsten carbide
The rotor is coated with tungsten caride for better performance, less wear and no rust.
The brake discs in modern cars are made from either cast iron or carbon-ceramic materials. Porsche introduced a brake disc that uses tungsten carbide, which is a revolutionary material in the industry.
The brake rotor the company calls “Porsche Surface Coated Brake”, or PSCB, is an iron rotor which receives a superheated tungsten caride layer covering the contact surface at a very high speed. The result is a dense coating of material that has a thickness 0.1mm. Porsche claimed that the service life of the rotor, despite being made of thin materials, is 30% longer than the iron rotor.
Jason Fenske (a road and track contributor) also stated that PSCB has reduced brake dust by approximately 90%. The rotor actually wears little over its lifetime. The tungsten-carbid coating can help keep the rotor at lower temperatures after repeated stops.
2. EDC gear coated with Tungsten Carbide (hardness is 3.5x greater than titanium) will extend its service life.
The hardness of tungsten carbonide is 3.5x that of titanium, which is the strongest metal known to mankind. It’s similar to black gold in EDC. You can apply a layer of tungsten carbide coating to any gear. It is dark like obsidian and has a metallic luster that shimmers in subtle manners. They are almost invincible, and can withstand external wear. AlasdairMacLaine designed the Black Steel series of products for Wingback. These three functions are not required. These will become an indispensable part of your daily carry. The compact keychain can be used to store emergency cash, and the mechanical pen will serve as your last pen.
MacLaine’s 100ml hip Flask uses the same cylindrical lathe manufacturing technology as the rest of the products in the series. The baton-shaped design makes the hip flask both attractive and useful. It can be used to store liquid and as a corkscrew.
Black Steel products manufactured in the UK are produced using precision lathes made of stainless steel. Next, a process called magnetron-sputtering is used for coating the magical tungsten caride surface to a thickness up to 3um. Because of the steel structure underneath the black product, the black product retains a clear gloss. Laser engraving personalized and customized inscriptions can be laser applied to your products to reveal the shiny steel beneath the black coating.
(aka. Technology Co. Ltd. (aka. Our company makes high-purity Tungsten Carbide Powder with small particle sizes. We are available to assist you if required.
