Closed Die Forging Manufacturers and Companies

IQS Directory provides a detailed list of closed die forging manufacturers and suppliers. Find closed die forging companies that can design, engineer, and manufacture closed die forging to your specifications. Peruse our website to review and discover top closed die forging manufacturers with roll over ads and complete product descriptions. Connect with the closed die forging companies through our hassle-free and efficient request for quote form. You are provided company profiles, website links, locations, phone numbers, product videos, and product information. Read reviews and stay informed with product new articles. Whether you are looking for manufacturers of closed die aluminum forgings, large closed die forging, and die forgings of every type, IQS is the premier source for you.

  • Freeport, IL 815-233-3833

    At Anchor Harvey, we are able to speed a variety of products to market because of our versatility, streamlined manufacturing process, and over 90 years of experience in our industry. Our forge facility includes a tool and die shop and other state-of-the-art machinery and an experienced team of experts who will provide the closed die forging your application requires. If you can imagine it, Anchor Harvey can forge it.

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  • Chicago, IL 800-932-0357

    As an ISO 9001:2008 certified company, we offer the ultimate in quality and precision. We are continually looking for new ways to keep our customers happy, whether it is creating new forging techniques or searching for better materials for our customers. We take the time to make our products the right way, no matter how long it takes. You can learn more about our commitment to quality on our website!

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  • Mesa, AZ 818-486-1522

    ZETWERK provides high quality forged components produced using range of ferrous and non-ferrous alloys. Our in-house forging expertise, together with our production partners, successfully supports demanding programs involving complicated part designs and project requirements. We also perform necessary secondary operations on the forged parts such as finish machining, heat treatment, surface treatment etc. ZETWERK is ISO 9001:2015 and AS9100D certified. Our forging plants are IATF 16949:2016 certified.

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  • Cleveland, OH 440-250-1900

    For over 30 years, we have provided metal forged products for a wide variety of industries, including the aerospace, military, food service, medical, and automotive industries. Our customers know they can trust our forgings for quality and affordability. We will never try to make you pay more than you should for our products. Contact us by phone or email to find out more!

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  • Jefferson, OH 888-536-3674

    We pride ourselves on the performance of our forgings! We also put the emphasis on you, because you deserve it! We are a reliable and the number one source for closed die forgings. We strive to make the products that are suitable for any situation. As a turnkey supplier we aim to exceed your expectations. We are well-versed in high-quality service. For the advantage in closed die forging, visit our website today!

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  • Cincinnati, OH 888-321-7200

    For over a century, we have manufactured metal component parts for OEMs utilizing the forging process for strength and integrity. We offer forgings of carbon, alloy, stainless and tool steels, aluminum, high-temperature and specialty metals. We provide hammer, press and upset forging.

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  • McKees Rocks, PA 800-223-2818

    McKees Rocks Forgings is a producer of forged circular products. Our high quality items are suitable for use in many industrial applications. We specialize in crane wheels, industrial wheels, sheave wheels and gear blanks. Custom products are available and we are able to meet any standard forging specs as well as many other closed-die circular forging projects. A range of materials is available.

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businessIndustry Information

Closed Die Forging

Closed die forging, also known as impression die forging, is one of the processes utilized to forge metal. The process of closed die forging involves hammering or pressing preformed metal blanks into a die shaped as the desired product. The piece is fully enclosed by the hammer and anvil, which forces the metal to completely conform to the die. Closed forging differs from open die forging, the latter of which involves the die coming into contact with part of the piece at a time. Configurations made by the closed die forging process can be complex with tight tolerances, and the amount of possible shapes has very few limits.

Closed die forging is the most cost effective forging process for high-volume production. The initial costs for the tooling and the equipment is higher, but can be a wise investment since the recurring cost for the parts are very low. Both symmetrical and asymmetrical parts can be created with closed die forging, and popular materials include titanium, tool steel, nickel, copper, stainless steel, alloy metals, aluminum, carbon steel, naval brass, and high alloy steel. Closed die forgings is used extensively in a multitude of industries, including food processing, hardware, construction, semiconductor, manufacturing, commercial, automotive, aerospace, and electronics.

In a closed die forging machine, two tooling dies are used: a stationary die, or anvil, and a moving die, or hammer. Both the hammer and the anvil feature an impression of the shape of the desired component. The hammer presses down onto the anvil and the metal workpiece, forcing the metal to fill every part of the impression and take its shape. Closed die machines may be enclosed, but they are not sealed tightly, and some of the metal material may escape. Therefore, at the edges of the two dies is a flash gutter, or a small recess that collects any excess metal. The excess metal quickly cools, and serves as a sort of plug that keep the rest of the metal inside the die. Sometimes, the closed die forging process requires more than one impression cavity. One set of impressions form the rough shape of the final product, while the finisher cavity helps in adding the finishing touches.

There are several methods of closed die forging: cold forging, warm forging, and hot forging. In the cold forging process, the metal is formed using high pressure instead of direct heat. The dies are usually circular, lubricated, and at room temperature. Materials that are commonly cold forged are carbon and standard alloy steel forigings. The parts that are cold forged are typically symmetrical and weigh under 25 lbs. Some advantages of cold forging include a high production rate, a safer work environment, a long die life, and improves the mechanical properties of the metal. One disadvantage is that the improvement of the metal’s mechanical properties is not necessary in many forging applications. The advantages of cold forging far outweigh its drawbacks, making it the most widely used of the three types of forgings.

In the warm forging process, alloys such as steel alloys are the recommended material choice. Depending on the alloy, the usual temperature can range anywhere from above room temperature to 1800 degrees Fahrenheit (982.2 degrees Celsius). The ideal temperature range, however, is 1000 to 130 degrees Fahrenheit. With warm forging, manufacturers are able to create complex shapes. Warm forging also helps reduce tooling loads, increase the ductility of steel, eliminates the need to anneal or heat treat the metal prior to forging. Common disadvantages of warm forging includes strictness with temperature control and the requirement of heating equipment.

In the hot forging process, heat is transferred from the workpiece to the die, creating thermal gradients in the workpiece. Titanium alloys, aluminum alloys, nickel alloys and steel are common metals that undergo the hot forging process. Depending on the metal, temperatures can range from 1700 to 2300 degrees Fahrenheit (925 to 1260 degrees Celsius). Hot die forging has both its advantages and disadvantages. The benefits of hot die forging include reduced material costs, close tolerances, less blocking and preforming operations, and the requirement of fewer and smaller machines. Disadvantages, however, include the requirement for materials that are controllable and consistent, a vacuum atmosphere around the die and workpiece to prevent oxidation, and a low production rate in order to allow the die to be properly filled. When hot forging, it is important to consider the surrounding atmosphere. The use of a vacuum or an inert gas is recommended as a protective measure for both the workpiece and the dies in order to prevent oxidation.

More Closed Die Forging Information

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Closed Die Forging Informational Video