The same alloy that frames aircraft. Extruded into complex geometries that maximize strength while minimizing material. Anodized to resist time itself. This is aerospace engineering, grounded.
Complex internal ribbing creates strength without mass. Watch how a simple billet becomes engineered precision.
6063 aluminum billet heated to 900°F. Soft enough to flow, rigid enough for precision.
2,000 tons of force push molten aluminum through hardened steel die. Profile emerges.
Solution heat treatment + artificial aging. Doubles tensile strength to 31,000 PSI.
Electrochemical process grows protective oxide layer. Color infused at molecular level.
Not all aluminum is equal. 6063-T6 is specifically engineered for architectural applications—optimized for extrusion, superior surface finish, and excellent corrosion resistance in coastal environments.
Each profile shape optimized for specific structural requirements. Strength where needed, material removed where not.
Anodizing doesn't coat—it transforms. The aluminum oxide layer is grown from the metal itself. Color penetrates, not coats.
Same strength. 65% less weight. That's not marketing—it's material science.
San Diego's salt air destroys steel. Aluminum forms a self-healing oxide layer that actually protects better over time. Add anodizing, and you have materials-science-level corrosion immunity.
Experience aerospace engineering at ground level.
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