As described in the article “Flow Forming” by ASM International, a wide range of flow-formed open- and close-ended shapes are currently available in a variety of difficult-to-form materials, including titanium alloys and nickel-base super alloys.
Specializes in mastering two fundamental methods of flow forming characterized by the position of the rolls during the forming process: staggered-roll flow forming and in-line flow-forming. These advanced techniques enable the creation of intricate shapes and components that meet the most demanding industry requirements.
One of the key factors in ensuring the superior quality of flow-formed tubular components is proper process control. The critical nature of process controls and subsequent product qualification tests to guarantee optimal performance. This commitment to quality assurance ensures that customers receive products of the highest standards.
The article also delves into the typical mechanical properties of flow-formed materials under various conditions, offering valuable insights into the performance characteristics of components produced through these techniques. It further explores the importance of forming speed and temperature in the flow forming process, shedding light on the intricate aspects of this specialized manufacturing method.
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Article with all rights reserved, courtesy of asminternational.org
Photo with all rights reserved, courtesy of sciencedirect.com
