Forged Products: Custom Forgings for Aerospace and Industry

Forged items are metal products shaped by applying controlled compressive force, usually while the metal is heated. This process changes the material’s internal grain flow to follow the part’s form, which can improve strength, toughness, and fatigue resistance compared with parts made by some other methods. Forged items range from raw billets and bars to near-net-shape components prepared for machining.

The four commonly referenced forging methods are open-die forging, closed-die or impression-die forging, cold forging, and roll forging. Open-die forging shapes material between dies that do not fully enclose it and is well suited to larger or custom forms. Closed-die forging uses shaped die cavities for repeatable parts. Cold and roll forging are selected for particular materials, geometries, and production needs.

Forged components are parts made by deforming metal under pressure rather than removing most of the material through machining or forming it through casting. The process can produce favorable grain flow and mechanical properties for demanding applications. Components may be supplied as rough forgings, heat-treated forgings, or near-net-shape parts that require limited final machining to meet finished tolerances.

Forged products can be made from many alloy steels and other forgeable metals, depending on the required chemistry, mechanical properties, operating environment, and applicable specification. Aero-Vac focuses on high-cleanliness melt stock for critical applications. Material selection should consider required strength, toughness, fatigue performance, corrosion exposure, temperature range, and the heat-treatment condition specified for the finished component.

Open-die forging is often selected for larger sections, custom dimensions, and lower-volume requirements where a standard closed die is not practical. It allows substantial working of the material and can support favorable grain flow for parts that experience high loads or fatigue. It is particularly useful when buyers need forged stock or preforms that will later be machined to final geometry.

Yes. Near-net-shape machining removes material strategically to bring a forging closer to its final form before finishing operations. This can reduce the amount of stock a customer must machine, simplify coordination with multiple vendors, and support more efficient downstream manufacturing. Final dimensions, tolerances, surface requirements, and inspection needs should be defined in the purchase specification before production begins.

Testing may include independent third-party destructive and non-destructive methods used to confirm material conformance before shipment. The appropriate test plan is determined by the material specification, application risk, and customer requirements. Common considerations include chemistry, mechanical properties, heat-treatment condition, ultrasonic inspection, and documentation. Confirming required test reports early helps ensure the supplied forging aligns with purchasing and quality expectations.

Provide the alloy or specification, required dimensions, quantity, condition, machining needs, testing requirements, and target delivery date when requesting pricing. A drawing or technical data package is especially helpful for custom or near-net-shape work. Aero-Vac offers custom pricing based on requirements and can support small quantities as well as larger orders, including custom cuts and odd sizes.