Forging a Turbocharger
Click here to learn more about forging a turbocharger. Reshaping raw material into a heavy duty turbocharger requires a careful and multi-phase forging process.
Click here to learn more about forging a turbocharger. Reshaping raw material into a heavy duty turbocharger requires a careful and multi-phase forging process.
Click here to find out more about the future of forging. Forging has evolved and progressed by using new techniques and materials to produce the ultimate metallurgy.
Learn more about how Queen City is a top forging innovator. We are a small company that is dedicated to delivering quality and customer satisfaction.
Find out more about when to use forging over traditional powdered metal compacts. Powdered metal can quickly produce many small components and make it useful for specific applications.
Learn more about forging vs machined steel bar/plates. Forging tends to create stronger and relaible components by reforming the grain flow into the geometry.
Click here to find out more about casting vs forging. Both casting and forging have their advantages and disadvantages and these processes cannot imitate one another.
Learn more about the difference between cold, warm, and hot forging and how these processes affect the finished product. Advantages come with being able to forge at different temperatures.
Click here to learn more about why only forging creates consistent microstructures and improved strength which provides grain flow properties that increase directional strength.
Learn more about how Queen City uses silicon iron forgings for magnetic applications. The components magnetic properties are crucial when creating electromechanical relays.
Find out more about providing finished components from the forging process. At Queen City, we have expert knowledge about forging process advantages.