Carbide fastener mold refers to the mold used to manufacture carbide fasteners (such as screws, nuts, bolts, etc.). These molds are usually made of high-hardness carbide materials to ensure that the molds can withstand high pressure and friction, and have good wear resistance and corrosion resistance. Carbide fastener molds usually include the following types: 1. Cold heading mold: a mold used to manufacture bolts, screws and other fasteners by cold heading process. During the cold heading process, the cemented carbide cold heading die can cold deform the metal material under high pressure, so that it can be formed into the required thread shape. 2. Rolling mold: a mold used to manufacture nuts, bolts and other fasteners by rolling process. During the rolling process, the carbide rolling die applies high pressure and friction to make the metal material form the shape of threads and other fasteners under the action of the die. 3. Die forging dies: Dies used for die forging process to manufacture bolts, nuts and other fasteners. During the die forging process, the cemented carbide die forging die can withstand high pressure and high temperature to form the metal material into the desired shape inside the die. Tungsten carbide fastener molds have the advantages of high wear resistance, high corrosion resistance and high precision, which can ensure the high-quality production of fasteners. They play an important role in the manufacturing industry and are widely used in automotive, machinery, aerospace and other fields.
Post time: Jun-23-2023
