Metal Flat Sheet & Plate — Aluminium 1060/6061, Stainless Steel 304, Steel Q235 | Cut to Size

Measure the area you need to cover or cut from, then add a small margin for trimming. For thickness, thinner sheets (0.3–1mm) are generally used for lightweight covers, shims, and craft work; mid-range (1.2–3mm) for brackets and structural panels; thicker (4–10mm) for load-bearing plates and machine bases. When in doubt, size up on thickness — it's easier to grind down than to add material. For inch equivalents: 1mm ≈ 0.039", 3mm ≈ 0.118", 5mm ≈ 0.197", 10mm ≈ 0.394".

Aluminium 1060 is a commercially pure aluminium alloy (≥99.6% Al) known for excellent corrosion resistance, high electrical conductivity, and easy formability — ideal for electrical bus bars, chemical equipment, and decorative panels. Aluminium 6061 is a heat-treatable alloy with significantly higher tensile strength (typically 270–310 MPa), making it better suited for structural parts, brackets, and load-bearing applications where a stronger flat metal plate is required.

Aluminium 1060, Aluminium 6061, and Stainless Steel 304 are generally suitable for outdoor use. Aluminium naturally forms a protective oxide layer; Stainless Steel 304 resists rust in most environments but may show surface staining in high-chloride (coastal) conditions. Steel Q235 is a mild carbon steel that will rust without a protective coating — apply primer and paint or a rust-inhibiting finish before outdoor use.

Approximate tensile strengths: Aluminium 1060 — typically 55–95 MPa; Aluminium 6061 — typically 270–310 MPa; Stainless Steel 304 — typically 515–620 MPa; Steel Q235 — typically 370–500 MPa. Actual values may vary by temper and processing. For structural or safety-critical applications, always verify with a certified material test report.

Yes. All four materials can generally be cut with angle grinders, jigsaws, or laser/plasma cutters, drilled with standard HSS bits, and bent on a press brake. Aluminium is the easiest to machine; Stainless Steel 304 requires slower speeds and cutting fluid to avoid work-hardening. Steel Q235 is straightforward to weld using MIG or stick processes. Always use appropriate PPE and follow safe machining practices.

Divide millimeters by 25.4 to get inches. Common conversions for this product: 50mm ≈ 1.97" | 100mm ≈ 3.94" | 150mm ≈ 5.91" | 200mm ≈ 7.87" | 250mm ≈ 9.84" | 300mm ≈ 11.81". For thickness: 0.5mm ≈ 0.020" | 1mm ≈ 0.039" | 2mm ≈ 0.079" | 3mm ≈ 0.118" | 5mm ≈ 0.197" | 10mm ≈ 0.394".

Aluminium 1060 is generally the best choice for electrical conductivity and thermal dissipation due to its high purity. It is commonly used for bus bars, heat sinks, and transformer components. Aluminium 6061 also conducts heat well but is typically chosen when structural strength is also required alongside thermal performance.