The stainless steel sheet has a smooth surface, high plasticity, toughness, and mechanical strength, and is resistant to corrosion from acidic, alkaline gases, solutions, and other media. It is an alloy steel that is not prone to rust, but it is not rustproof.
Stainless Steel Sheets
Key materials include: Imported stainless steel sheet (coils) in various specifications such as SUS316L, 316, 314, 310S, 309S, 304, 301, 202, 201, 904, and 902.
Main products include: 301 stainless steel sheet, 304 stainless steel coil, 321 stainless steel coil sheet, 316 stainless steel sheet, and other stainless steel sheets.
Surface: Available in BA, 2B, No.1 (white), 2D, No.4 (sanded), HL (brushed), 8K finishes, with good brightness and luster.
Spec: Thickness 0.02mm to 40mm; Width 3.5mm to 1550mm
Application Range: Oil, Electronics, Chemical Industry, Light Textile, Machinery, Construction, Nuclear Power, Aerospace & Aviation Industries!
Stainless steel plates come in a variety of types with differing properties, gradually forming several major categories during development. They are classified by microstructure into Martensitic stainless steel plates (including precipitation-hardening stainless steel plates), Ferritic stainless steel plates, Austenitic stainless steel plates, and Austenitic-Ferritic dual-phase stainless steel plates. By the primary chemical composition in the steel plate or specific elements, they are categorized into Chromium stainless steel plates, Chromium-Nickel stainless steel plates, Chromium-Nickel-Molybdenum stainless steel plates, Low-carbon stainless steel plates, High-Molybdenum stainless steel plates, and High-purity stainless steel plates. According to the performance characteristics and applications, they are divided into Nitric acid-resistant stainless steel plates, Sulfuric acid-resistant stainless steel plates, Pitting-resistant stainless steel plates, Stress corrosion-resistant stainless steel plates, High-strength stainless steel plates, etc. Based on functional characteristics, they are categorized into Low-temperature stainless steel plates, Non-magnetic stainless steel plates, Easy-to-cut stainless steel plates, and Superplastic stainless steel plates. The current common method of classification is based on the microstructural characteristics of the steel plate, its chemical composition, and a combination of both, generally into Martensitic stainless steel plates, Ferritic stainless steel plates, Austenitic stainless steel plates, Dual-phase stainless steel plates, and Precipitation-hardening stainless steel plates, or into Chromium stainless steel plates and Nickel stainless steel plates. Their applications are extensive, with typical uses including heat exchangers for pulp and paper equipment, machinery and equipment, dyeing equipment, film developing equipment, pipelines, and exterior materials for buildings in coastal areas.