Built for clean, confident bends.
5052-H32 combines strength with excellent formability, making it a dependable choice for tight bends, multi-sided enclosures, brackets, covers, and other formed sheet metal parts.
Easier to weld than 6061, with far superior workability and bend performance.
5052-H32 is the workhorse sheet aluminum at Xeon NC. Its 2.5% magnesium content (no copper, no zinc) delivers outstanding marine-grade corrosion resistance, the widest safe bending range of any structural aluminum, and a beautifully consistent anodize finish — making it our go-to choice for AV panels, enclosures, and any part that needs to bend without cracking.
Marine-grade corrosion resistance, excellent formability, and a clean anodize finish make 5052 the right pick for any sheet metal part that needs to bend, weather, or look good doing it.
Saltwater-grade corrosion resistance. Boat hulls, marine fittings, outdoor enclosures, and architectural cladding without the cost of stainless.
Welds cleaner than 6061 — no re-temper required. Ideal for fabricated frames, brackets, and weldments where strength comes from geometry, not heat treatment.
Anodizes with a beautifully consistent matte finish. Our most-shipped alloy for rack panels, surface plates, broadcast chassis, and engraved face plates.
Widest safe bending range of any structural aluminum. Bends to 1× material thickness without cracking — covers, brackets, multi-bend enclosures.
Every 5052-H32 thickness we run — all priced instantly online. Click any gauge for a DFM Preflight with our real TRUMPF bend tooling data. Tolerances per ASTM B209. Converting from a gauge number? Use the sheet metal gauge chart — aluminum gauge is not the same standard as steel.
| Cross-Section | Thickness | Gauge | Tolerance (ASTM B209) | Sheet Size | Finish | Stock | DFM Preflight |
|---|
5052-H32 supports our full process stack — cut, bend, finish, and ship from a single facility. Click any service to learn more.
Mechanical and physical properties for the H32 temper, plus the design rules our laser and press brake hold for parts in this alloy.
| Property | Value |
|---|---|
| Tensile Strength (Ultimate) | 33 ksi (228 MPa) |
| Tensile Strength (Yield 0.2%) | 28 ksi (193 MPa) |
| Elongation at Break | 12 % |
| Brinell Hardness | 60 HB |
| Modulus of Elasticity | 10.2 Msi (70.3 GPa) |
| Density | 2.68 g/cm³ |
| Melting Range | 607 – 649°C |
| Specification | ASTM B209 |
| Specification | Value |
|---|---|
| Maximum Part Size | Up to 119″ × 59″ (gauge dependent) |
| Minimum Part Size | 0.250″ × 0.250″ |
| Min. Hole Diameter | 1× material thickness |
| Min. Slot / Channel Width | 1× material thickness |
| Min. Wall / Web Thickness | 0.150″ (or 2× thk) |
| Inside Bend Radius (die-set) | — |
| Min. Flange Length (die-set) | — |
| Laser Kerf Width | 0.006″ – 0.010″ |
Physical and mechanical properties are typical reference values per ASTM B209. They are intended as a basis for comparison and design guidance — not as guaranteed minimums for certification work. Material certs available on request.
The eight attributes that decide most material calls, scored against the other alloys we stock. Blue marks are points; grey is the low end.
A closer look at the alloy we rely on for formed enclosures, corrosion-resistant assemblies, and clean finished parts.
5052-H32 combines strength with excellent formability, making it a dependable choice for tight bends, multi-sided enclosures, brackets, covers, and other formed sheet metal parts.
Its magnesium-rich chemistry gives 5052-H32 outstanding resistance to saltwater, weather, and many industrial environments without adding the weight or cost of stainless steel.
5052-H32 accepts anodizing and powder coating beautifully, helping visible panels, housings, and production assemblies hold a clean, consistent appearance from prototype through volume.