Forging refers to the metal shaping method that utilizes compressive forces that are localized. Forged components are widely used in various industries across the globe and according to expert projections, the demand for forged parts will experience steady growth in the years to come. However, it’s important to note that in the manufacturing industry, different types of machine forging processes can be applied. These include open die forging, cold forging, impression die forging, and seamless rings forging. In order to ensure success in a forging operation, the most critical aspect to be considered in the design of the desired component. If you think that forging design is extremely easy, think again. Designers need to be experts in the manufacturing industry who have the knowledge and the right set of skills in order to deliver top-quality forging designs. If you want to know more about the factors that influence forging design, check this out:
The Shape of the Forged Part
Did you know that forged parts can be produced in nearly any shape? However, since the shape of the forged component dictates the cost of tooling and the type of materials that are going to be used, this will significantly affect the final forging design.
The Forging Load Estimation and Energy Requirement
Forging designs are only developed after the machining locations, operations, and functions of the desired component are considered. During the designing process, the quantity of the required materials, as well as the total energy that’s required for each machine forging operation, also need to be confirmed. Otherwise, it would be impossible to determine if the forging design is cost-effective or otherwise.
Are You Looking for Seamless Rings and Other Forged Products?
If your next project requires the use of seamless rings or other forged products, get in touch with Ferralloy, Inc. today. We are a global supplier of engineered products and services, and we offer total supply chain management to a diverse metalworking customer base.