Cold Forming and Cold Heading Metal Fabrication
When it comes to producing products or tools using metal there are several ways to approach the fabrication process. Many fabrication processes are overly complicated, and end up with quite a bit of material being wasted. Unlike machining, or forging metal, cold forming or cold heading is very efficient. Machined metal almost always requires that a portion of the end product me cut away in order to be completed.
This material would be unable to be reused in the fabrication process and becomes waste. Forging is slightly more efficient than machining, but there is still considerable waste and the process takes longer than cold forming or cold heading. Forging and machining require much more time and effort to complete, as well as taking considerably more manpower to do the work.
Cold forming is a process in which metal is fabricated at near room temperature. Metal is placed in a die, or several die, and pressed or hit to form the end product. This process is completed either by using one die that is hit multiple times, or by passing the metal through several die in an assembly line like process. Items such as screws, bolts, electrical fittings, and rivets can be fabricated using cold forming or cold heading. Unlike machining or forging there is no waste, all of the material intended for use in fabrication will be utilized. There is no cutting or grinding in order to finish the work, so nothing is wasted. Cold forming and cold heading is much more cost effective than forging or machining.
Business owners in need of metal fabrication should visit the Web-site of a cold forming and cold heading service provider, such as Deringer-Ney Inc. Because cold forming and heading is so much more cost effective than some other forms of fabrication, is might be the perfect way to cut costs without having to cut quality. Business owners can click to learn more about the cold forming and cold heading processes. Learning about cold forming and cold heading is a great way to start using a more efficient fabrication process for some of the fasteners and electric contacts used on a daily basis.