Cemented carbide mold life refers to the total number of parts that the mold can process under the premise of ensuring the quality of product parts. It includes multiple grinding of the working surface and the life after replacement of wearing parts, which refers to the natural life of the mold without an accident, that is, the life of the mold = the one-time life of the working surface x the number of grinding times × the wearing parts The design life of the mold is the total number of production batches, types, or mold production parts that the mold is applicable to, which is clearly defined in the mold design stage.
The life of cemented carbide mold is related to mold type and structure. It is a comprehensive reflection of cemented carbide mold material technology, mold design and manufacturing technology, mold heat treatment technology, and mold maintenance level.
As the saying goes, "There is no rule to make a circle." Many things in the world are born out of their distinctive "rules"-die tools, and these things are usually called "products." Simply put, the mold is a mold, and the product is made with this cemented carbide mold.
Cemented carbide die tools
The role of die tools in modern production is irreplaceable, as long as there is mass production, die tools are inseparable. A mold is a production tool that uses a specific structure to form materials into industrial products or parts with a certain shape and size requirements in a certain way. In layman's terms, a mold is a tool made of materials with a specific shape and size. The tongs used in daily life to make dumplings and the boxes used to make ice cubes in the refrigerator are counted. There is also a saying that die tools are called "type" and "mold". The so-called "type" means prototype; "mold" means model and mold. In ancient times, it was also called "fan", which means model and paradigm.
In industrial production, the tool of cemented carbide mold is used to make metal or non-metallic materials into parts or products of the required shape through pressure. Parts manufactured by die toolsing are usually called "parts". die tools are widely used in industrial production. The use of cemented carbide die tools to produce parts and components has a series of advantages such as high production efficiency, material savings, low production costs, and quality assurance. It is an important means of contemporary industrial production and the development direction of technology.
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