Stainless Steel Sheets

Select by corrosion resistance, strength, and formability: 304 is common for general-purpose corrosion resistance and ease of forming; 316 offers better resistance to chlorides and outdoor marine environments; 430 is magnetic and used where moderate corrosion resistance and lower cost are acceptable

Use thicker gauges (e.g., 14–22 gauge / ~1.9–0.7 mm and above) for structural support or load-bearing parts, and thinner sheets (e.g., 26–30 gauge / ~0.5–0.3 mm) for trim, enclosures, or light fabrication; confirm dimensions and tolerance needed for bending, welding, or fastening before ordering

2B is a common mill finish with moderate shine and is easy to clean; BA and mirror are highly reflective and used for aesthetics; brushed finishes hide scratches and are popular for appliances; some finishes are harder to polish or weld without changing appearance

Yes—stainless can be cut with shears, plasma, laser, or saws and formed using brakes and rollers; welding is typically done with TIG or MIG using matching filler; use appropriate speed, coolant, and tooling to avoid work hardening, heat tint, or warping

Store flat in a dry, ventilated area away from contact with carbon steel or corrosive chemicals; keep protective film until final fabrication, clean with mild detergent or specialized stainless cleaner, and remove welding heat tint with pickling paste or mechanical polishing as needed

Price depends on grade, thickness, sheet size, finish, and quantity; specialty grades (316, high-alloy) and thicker or larger sheets cost more, while cut-to-size services and small quantities raise per-unit cost; expect a broad consumer range rather than a single fixed price

Magnetism depends on alloy: austenitic grades like 304 and 316 are generally non-magnetic, while ferritic/martensitic grades like 430 are magnetic; choose based on needs for magnetic properties, forming, or corrosion resistance