A2 304 Stainless Steel Flat Bar Metal Strip Sheet Foil Band Roll 0.1mm-1mm Thick

Thinner gauges (0.1mm–0.3mm) are suited to shim stock, foil lining, flexible banding, and applications where the strip needs to conform to a surface. Thicker gauges (0.4mm–1mm) provide more structural rigidity and are better for brackets, straps, edge reinforcement, and load-bearing strips. If you're unsure, consider the bending radius and load your application requires — thicker stock resists deformation under stress.

A2 / 304 stainless steel has a typical tensile strength of around 515 MPa and yield strength of approximately 205 MPa in the annealed condition. For light structural uses such as brackets, straps, and reinforcing strips, the 0.5mm–1mm gauges are appropriate. For heavy structural loads, consult an engineer and consider thicker flat bar stock.

A2 / 304 stainless steel offers good corrosion resistance in most outdoor environments, including humid and mildly wet conditions. It is not recommended for prolonged exposure to salt spray or marine environments — for those applications, A4 / 316 grade is more appropriate. In standard outdoor DIY use (garden structures, outdoor furniture, architectural trim), 304 performs reliably.

Yes. Thinner gauges (0.1mm–0.3mm) can be cut with heavy-duty tin snips or a utility knife with a metal-cutting blade. Gauges from 0.4mm upward are best cut with an angle grinder fitted with a stainless steel cutting disc, or a bench shear. Always wear appropriate PPE — cut edges will be sharp. Deburr cut edges with a file or flap disc before handling.

For thin edge banding on panels or furniture, 10mm–20mm widths are typically sufficient. For wider trim, threshold strips, or architectural banding, 30mm–50mm widths are common. The 100mm width is suited to flat sheet applications, cover plates, or situations where you need to cut down to a custom width. Measure your application's coverage requirement before selecting.

Yes. A2 / 304 stainless steel is fully compatible with both MIG (using ER308L wire) and TIG welding processes. Use a stainless-specific shielding gas mix (typically argon or argon/helium) and ensure the work area is free from carbon steel contamination to avoid cross-contamination rust. Thinner gauges (under 0.3mm) require careful heat management to avoid warping.

Measure the total run length your project requires, then add 5–10% for cutting waste and test cuts. For single-piece runs, choose the next length up from your measurement. For projects requiring multiple pieces, calculate total linear metres needed and order accordingly — longer lengths (5m or 10m) typically offer better value per metre for larger jobs.