Seamless Rolled Ring Forging Process

Seamless Rolled Ring Forging Advantages

Seamless rolled ring forging offers significant advantages for various applications. According to sources, "One of the primary benefits of seamless rolled ring forging is that it refines the grain structure of the raw material and improves it leading to increased strength and toughness."

When acquiring metal rings for any application, issues can often be traced to the metal forming process. Cast rings are often plagued with poor strength and integrity. Rolled and welded or cut rings from plate are susceptible to fatigue, and carry excess material and processing costs. Custom forging performed by Ringmasters experts, however, allows greater versatility and improved quality while reducing material cost. Other benefits include:

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• Controlled directional grain flow
• Increased strength
• Superior structural integrity
• Elimination of inclusions and porosity
• Minimized waste
• Eliminates welding, which reduces part fatigue and breakage risks

Varied Comparisons in Forging Processes

Compared to Hot Rolled Burnout Plates

The unidirectional grain flow inherent in hot rolled plate produces exposed grain ends when cutting the ring shape. This renders the material more liable to fatigue and more sensitive to stress corrosion cracking. The forging process shapes the material to the desired ring size so there is no need to remove excess corner stock or center holes. Additionally, material availability and plate size for large burnout plates may be difficult to obtain. Overall, forging allows greater size versatility while minimizing material waste, often reducing costs.

Compared to Castings

Cast rings typically do not have a desired grain structure. This greatly impacts the impact toughness, ductility, and fatigue strength of the ring and can lead to a potential crack or fracture. Forging provides controlled directional grain flow for increased strength and offers superior structural integrity, eliminating inclusions and porosity commonly found in castings.

Compared to Rolled and Welded Rings

Fabricated rings are susceptible to porosity and inclusions in the material. Extensive welding on a rolled and welded ring reduces part integrity, jeopardizes corrosion resistance, and may cause distortion of the ring's shape. With the absence of welding through the seamless rolled ring forging process, part integrity, corrosion resistance, and shape can be maintained, ultimately achieving a stronger ring while reducing the risk of part fatigue and breakage.

In this blog post, we’re going to explore the differences between two types of forging: open die and seamless rolled ring.

Open Die Forging

Open die forging gets its name because the metal being used is not confined by impression dies. This process molds the starting stock into the desired shape, typically between flat-faced dies.

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Open die forging allows for a vast range of shapes and sizes, from forgings that weigh just a few pounds to massive pieces that tip the scales at 150 tons.

When your design calls for optimum structural integrity in a large metal component, the size capability of open die forging makes it your best choice.

Open die forging allows you to produce several different shapes:

• Basic shapes such as square, round, rectangular, and hexagonal bars
• Solid shafts
• Contour-formed metal shells, such as pressure vessels
• Hollow cylinders

Seamless Rolled Ring Forging

Seamless rolled ring forging begins with a circular preform of metal that has already been pierced to form a hollow "doughnut" shape. This ring is heated and then rotated to lessen its wall thickness and increase the diameter of the resulting ring.

Among the advantages of using these rings:

• Strength – Forgings are sturdier than other components, maintaining their strength through elevated temperature fluctuations.
• Cost effectiveness – These rings are manufactured at a lower cost than comparable products. There’s less machining involved because the rings closely match the contour of the finished shape.
• Reliability – The high temperatures needed to make rolled rings means the grain pattern used in creating them provides greater strength and resistance compared to other components.
• Better heat tolerance – It’s easy to predict how rolled rings will react to heat. With most other components, users need to take care when applying heat to keep the component from melting or otherwise deforming. With forgings, users can be sure of the maximum heat it can withstand.
• Wider range of materials – These rings can be made from any forgeable material – alloy, stainless steel, carbon, aerospace metals. This versatility makes them a flexible and responsive answer when manufacturers need components in markets such as power generation, chemical, and refinery industries.

For expert seamless rolled ring forging capabilities, turn to Specialty Ring Products. We’ve spent more than a century perfecting our process, combining an old-fashioned commitment to quality with forward-thinking technology.

Contact us today to learn more about our products, or visit us online to request a forging ring quote.

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