Lightweight High-Strength Forged Aluminum Solutions
Custom Aluminum Forging Services
Fedele Autocore specializes in high-precision aluminum forging services, delivering custom lightweight components engineered for maximum structural integrity, high strength-to-weight ratios, and superior fatigue resistance. Our advanced forging facilities utilize closed-die, open-die, and isothermal forging technology to produce critical aluminum components for demanding automotive, aerospace, defense, marine, and industrial engineering applications.
Working with high-grade engineering aluminum alloys including 6061-T6, 7075-T6, 2024, 6082, and 7050, we preheat billets under strict temperature control (400°C–500°C) before precision press forming. Unlike cast aluminum parts which can suffer from internal porosity and micro-voids, forged aluminum features refined, continuous grain flow aligned to the component's geometry, providing up to 30% higher tensile strength and structural reliability under dynamic load.
From high-volume automotive suspension arms and connecting links to aerospace structural fittings, hydraulic manifold blocks, and defense hardware, Fedele Autocore provides end-to-end manufacturing—combining precision die forging, T6 solution heat treatment, 5-axis CNC finish machining, hard anodizing, and 100% CMM inspection to supply over 21 countries worldwide.
Key Advantages & Benefits
Aluminum forging offers exceptional strength, reduced weight, and zero internal defects.
High Strength-to-Weight Ratio
Forged aluminum achieves structural strength comparable to steel at one-third the density, dramatically reducing component mass for aerospace and automotive efficiency.
Directional Grain Flow
Deforming hot aluminum realigns grain structure continuously along critical load lines, maximizing impact toughness and resistance to stress corrosion cracking.
Zero Internal Porosity
Unlike casting processes, high-pressure forging completely eliminates gas pockets, voids, and inclusions, ensuring leak-tight structural density for pressure applications.
Superior Fatigue Resistance
Uniform microstructural density and absence of internal flaws grant forged aluminum components exceptional life cycles under severe vibrational loads.
Near-Net Shape Accuracy
Precision closed-die tooling produces near-net shape forgings, minimizing raw material waste and reducing downstream CNC machining cycle times.
Excellent Anodizing Response
Homogeneous metal structure provides uniform surface finish for decorative, protective, and hard-coat Type III anodizing.