Certified Melt Stock 100% Ingot Traceability
Optical Emission Lab 24-Element Spectrometry
AMS 2750 Pyrometry Calibrated Heat Treatment
EN 10204 3.1 MTR Physical & Chemical Dossier
Lightweight High-Strength Aerospace & Automotive Alloys

Technical Metallurgy & Processing Capabilities: Aluminum Alloys

Aluminum alloys combine low density with superior thermal conductivity and oxidation resistance, making them ideal for weight-critical vehicle electrification, aircraft brackets, and electronic enclosures.

Certified Material Grades & Equivalents Processed

6061-T6 (Structural Architecture)
7075-T6 (Ultra-High Strength Aerospace)
2024-T3 (High Fatigue Aviation)
5052-H32 (Marine Grade Aluminum)
6082-T6 (Heavy Machinery Framework)

Key Mechanical & Physical Engineering Properties

Mechanical Parameter Engineering Value / Test Metric
Density 2.70 g/cm³ (65% lighter than steel)
Tensile Strength 310 – 570 MPa (7075-T6)
Thermal Conductivity 130 – 170 W/m·K
Corrosion Resistance Naturally forming protective oxide film

International Manufacturing & Testing Standards

ASTM B221 AMS 4027 AMS 2770 Heat Treatment

Manufacturing Processes Available for This Material

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100% NDA Protection • Ingot Heat Code Certification
Primary Application Sectors
Aerospace Avionics Housing Automotive EV Battery Trays Marine Radar Masts Robotics End Effectors
Aluminum Alloys
Melt Certified Stock
Aluminum Alloys Production Line

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