Stainless steel plate, an alloy of iron, chromium, and nickel, offers exceptional corrosion resistance, high strength, and heat tolerance. Its smooth, non-porous surface ensures hygiene and aesthetic appeal, making it ideal for architecture, kitchenware, chemical plants, medical devices, and automotive parts. Available in various grades (austenitic, ferritic, martensitic), it combines durability with easy fabrication, welding, and low maintenance. A versatile material for demanding environments.

304 Stainless Steel Plate, an 18Cr-8Ni austenitic alloy, offers excellent corrosion resistance, formability, and weldability. Ideal for kitchenware, architectural cladding, and medical devices, it withstands chemicals, heat, and daily wear. Polished finish ensures hygiene/aesthetics, while low maintenance cuts costs. Versatile, durable, and 100% recyclable—your reliable choice for demanding applications from food processing to structural design.

304L stainless steel plate, a low-carbon austenitic alloy (UNS S30403), offers 18% Cr/8% Ni corrosion resistance with enhanced weldability (≤0.03% C) to prevent intergranular cracking. It excels in chemical/food processing, architecture, and medical devices, featuring 485MPa+ tensile strength, -270°C to 550°C durability, and FDA/EU food-grade compliance. Its polished surface resists organic acids, while Mo-free composition ensures cost efficiency.

316 stainless steel plate, an austenitic alloy (0Cr17Ni12Mo2), excels in harsh environments with 16-18.5% Cr and 2-3% Mo for superior pitting/corrosion resistance. It offers 520-720 MPa tensile strength, excellent weldability, and -200°C to 800°C thermal stability. Ideal for marine (ship hulls, desalination), chemical (acid/alkali-resistant reactors), medical (FDA-compliant implants), and food-grade (salt/corrosion-resistant containers) applications. Its polished finish and Mo content prevent chloride stress cracking, ensuring durability in aggressive media.

316L stainless steel plate, a low-carbon austenitic alloy (UNS S31603), excels in harsh environments with 2-3% Mo-enhanced pitting resistance and 16-18% Cr corrosion defense. It offers 480MPa+ tensile strength, weldability across all methods, and -196°C to 350°C thermal stability. Ideal for marine (ship hulls, desalination units), medical (ISO-certified implants), chemical (H2S-resistant piping), and food-grade (FDA-compliant) applications. Its polished finish resists acid rain, while Mo content prevents chloride stress cracking.

321 stainless steel plate, a Ti-stabilized austenitic alloy (UNS S32100), excels in high-temperature resistance (500-800℃) and anti-sensitization, preventing intergranular corrosion via TiC formation. With Cr-oxide film for corrosion resistance and good weldability/machinability, it's ideal for petrochemical reactors, aerospace components, and power plants, offering superior strength (≥520MPa TS) and oxidation resistance up to 900℃.

347 stainless steel plate is an austenitic alloy (UNS S34700) with 17-19% Cr, 9-13% Ni, and stabilized by niobium (Nb≥5×C%), offering exceptional intergranular corrosion resistance at 427-816°C. It features 515-860 MPa tensile strength, 20% elongation, and excels in high-temperature applications like aero-engine exhausts, chemical reactors, and nuclear heat exchangers due to superior creep resistance over 304 grades. Widely used in petrochemical FCC units and food-grade high-temperature sterilization equipment.

430 stainless steel plate, a ferritic alloy with 16-18% Cr, offers cost efficiency with good corrosion resistance in oxidizing acids. It features higher thermal conductivity (25W/m·K) and lower expansion (10.5×10⁻⁶/℃) than austenitic steels, along with 450MPa tensile strength and 22% elongation. Widely used in architectural cladding (cost-saving vs. 304),家电 components (e.g., microwave cavities with 45dB shielding), automotive exhausts (stable at 800℃), and food equipment (food-grade compliant). Its economic advantage stems from nickel-free composition, making it ideal for budget-sensitive applications requiring balanced performance.

201 stainless steel plate is an austenitic alloy with 16-18% Cr, 3.5-5.5% Ni, and 5.5-7.5% Mn, offering cost efficiency. It features high strength (tensile strength ≥520 MPa), good plasticity, and workability, suitable for cold forming. While its corrosion resistance is inferior to 304 stainless steel, it excels in general atmospheric and mild chemical environments. Commonly used in architectural decorations, household appliances, and automotive trim parts due to its balance of performance and affordability.

202 stainless steel plate is an austenitic alloy in the 200 series, containing 17-18% Cr, 2-4% Ni, 5-7% Mn, and 1.5-3.5% Cu. It offers high strength (tensile strength ≥620 MPa), excellent corrosion resistance, and good formability, making it ideal for cold/hot processing and welding. Widely used in architecture, automotive parts, appliances, and food equipment, it provides a cost-effective alternative to 304 stainless steel while maintaining reliable performance.

904L stainless steel plate is a super austenitic alloy (N08904/1.4539) with 19-23% Cr, 23-28% Ni, 4-5% Mo, and 1-2% Cu, offering exceptional corrosion resistance in sulfuric acid, acetic acid, and chloride environments. It excels in pitting/crevice corrosion resistance and maintains high strength at elevated temperatures (melting point 1300-1390℃). Widely used in chemical processing, oil/gas, marine, and pharmaceutical industries for reactors, heat exchangers, and pressure vessels due to its excellent weldability and formability.

2205 stainless steel plate is a duplex (austenitic-ferritic) alloy with 22% Cr, 5% Ni, 3% Mo, and nitrogen, offering exceptional corrosion resistance and high strength. Its dual-phase structure provides superior resistance to chloride stress corrosion cracking, making it ideal for marine, chemical, and petrochemical applications. With excellent weldability and toughness, it outperforms standard austenitic steels in demanding environments like oil/gas processing and pulp & paper industries.