Aluminum is befitting to various forging applications and techniques due to its corrosion resistance, lightweight, and durability. It is capable of achieving its anti-corrosion mechanism, which helps it from harming the environment by forming a seal. The seal keeps the metal from oxidizing when exposed to open air. Additionally, your desired requirements can be met by aluminum alloy forging. From making blanks, discs, and rings to forging semi-closed dies to intricate shapes, you get the best of everything.
Perks of Aluminum Alloy Forging
Due to the strength offered, forged aluminum components are appropriate for applications that hold performance and safety as the top-most priority. Aluminum can endure harsh conditions, making it popular among different industries. Transportation, military aviation, marine, defence, commercial aerospace are the industries that mainly require forged aluminum parts. The aerospace industry uses aluminum forging for its high weight to strength ratio. This metal has high thermal conductivity, low density and weight. Apart from its benefit in weight and strength, forged aluminum products also offer cryogenic properties, stress corrosion resistance, fatigue resistance and durability. Even when you read about spacecraft and aircraft, you will find the mention of aluminum metal alloy usage for its extreme lightweight. The flexibility in design and the surface finish it provides, make aluminum alloy forging a great choice for a variety of components.
Having trouble remembering all the advantages of aluminum forging? Have a look –
- Low density/lightweight
- Strength to weight ratio
- Design flexibility
- Corrosion resistance
- Fracture toughness
- High thermal conductivity
- Cryogenic properties
- Fatigue crack growth
- Good surface finish
Forged aluminum alloys are aluminum with little inclusion of other elements that improve the components’ end properties. These forgings are usually for higher volume production. Since aluminum has comparatively low density, it is greatly used in industries where weight matters.
