Metallic wire drawing can be quite an involved process and it involves different types of machinery and many intricate steps. The wire drawing process usually begins by selecting the material for the wire. The most common types of materials used for wire drawing are aluminum and copper. After the material is selected, the wire must be prepared to be run through the drawing process. Typically, the wire will first be strung into a longitudinal motion machine. This machine is used to separate the wire into different strands so that each strand can be fed into separate machines.
Once the wire is put into the separating machine it then needs to go through what is known as a wire drawing machine. With each wire drawing machine, the wire will go through one or more drawing dies. These drawing dies help to shape, harden, and decrease the size of the wire. In some cases, the wire will also be lubricated with a lubricant throughout each of the drawing bodies in order to produce better results.
After the wire has been drawn through the die, it is then inspected for defects. If the wire is found to be up to the materials specifications, it then goes on to the next step in the process, which is annealing. During the annealing process, the wire is heated to specific temperatures in order to soften it and improve its tensile strength and malleability. After the annealing process is done, the wire is then ready to be spooled into tight spools that are suitable for further use.
The wire spools are then taken to a finishing station where they are tested for their mechanical and electrical properties. These tests help to ensure that the wire meets all of the industry standards and that it can be used as an effective electrical conductor. After all of the tests are complete, the wire is then typically ready to be shipped out or used in the industry.
Metallic wire drawing is one of the most important processes used in manufacturing, and it is an incredibly intricate and precise process. All throughout the process the wire is tested and inspected to ensure that it meets all of the industry standards and that it is able to serve its purpose. After the wire has been manufactured and tested, it is then ready to be used in numerous applications throughout industry.
