What is carbide?

Carbide Bit is a type of connection of a tool made of specialized metal alloy. Carbide is correctly called carbide tungsten and is a specific combination of these two materials. The actual definition of the tool bits varies slightly, but it is always a specific part of the tool that contacts the processed material. The carbide bit is much heavier than steel, but it is also more fragile. As a result, many larger bits are made of cemented carbide or steel with a belt of carbide. When the alloy is created, it is usually made as a fine gray powder. This powder is compressed to the desired shape using a modified alienation process. After stiffening into its new shape, this material is very hard and can withstand heat to melt other metals.

In its common form, the carbide of tungsten is very fragile. While the metal itself is very hard, the carbide plate can break even with mild effects. To balance this problem, tukarbide ngsten is often combined with metal cobalt to create cementthe carbide. During the cobalt formation process, liquefies are at a much lower temperature than tungsten carbide. This allows the liquid metal to soak up to carbide, which significantly increases its strength.

The actual definition of the tool of the tool is a matter of some debate. In some circles, there is a little non-rotary cutting tool, such as a lathe blade or head on a molding machine. In other places it is any removable or replaceable piece of tool, such as the drill part of the handheld drill. Both definitions have one common thing - a bit is a part that directly interacts with the material processed and any material changes make the bit itself.

manufacturers use carbide bit when the material or production process requires high tolerances or accuracy. These bits are often used when the material is a hard -to -use that a typical bit will not work properly, for example with hardened or carbon steel. Because that's it, fromWhat an ordinary piece is made is not hard enough to work. The interaction between two pieces of the same material usually leads to the destruction of both parts.

Another common reason for carbide bits is when the processed material needs exposure to very high temperatures either before or during the process. Since the carbide bit lasts more temperatures than steel, it is often used in situations with a high heat content. This also applies when friction created by the work process would create enough heat to melt the steel bits, for example in high -speed grinding.