Chardoy blade
Cool blades are not just pieces of metal. These are complex tools that help us out in a variety of areas of life, from construction to the production of the smallest electronics parts. Imagine an ordinary knife - it is stupid, its blade breaks. Now imagine a tool that is able to maintain sharpness and strength when working with the most rigid materials, for many years. This is where the carbide blades enter the game.
Composition and properties
These blades consist of a special alloy, in which the carbides of tungsten, titanium, tantalus and other metals prevail. These substances are very solid and resistant to wear. Thanks to such a structure, carbide blades are able to withstand huge loads, maintaining their shape and severity even with intensive work. You can compare this with the strength of the diamond, but with the properties much more flexible and suitable for use. Perhaps this is one of the best ways to resist wear when working with solid materials.
Application in industry and everyday
From drilling holes in concrete to cutting steel - the possibilities of carbide blades are truly huge. They are used in incisors, cutters, grinding tools, as well as in various tools for processing wood, stone and other materials. Of course, they can be seen in such familiar objects as, for example, saws and knives. In the household sphere, their use can be less noticeable, but no less important for the production of goods that we use daily. Modern mechanisms are often arranged in such a way that without carbular tools it is impossible to create them.
Advantages over other materials
The carbide blades are significantly superior in terms of strength and durability of ordinary metal ones. They withstand much larger loads and retain the severity much longer. This leads to higher performance, reducing service costs and, ultimately, to a more favorable price in the long term. In addition, a carbide blade does not dull as fast as ordinary, which reduces the frequency of tools and reduces production costs.
