S355J0WP STEEL SHEET under standard EN 10025-5 is mainly used for container steel.Flat products made of S355J0WP steel have the condition of delivery Normalized rolled.
Between S355J0WP and S355J2W, S355J2WP contains more P in chemical composition.If mechincal properties have been significantly modified by heavy cold forming,either stress relief annealing or normalized may be applied.
Mechanical properties for S355J0WP steel plate
| S355J0WP | <= 16 | > 16 <= 40 | > 40 <= 63 | > 63 <= 80 | > 80 <= 100 | > 100 |
| 355 | 345 | 345 | 345 | 345 | 345 | |
| < 3 | >= 3 <= 100 | > 100 | ||||
| 510-680 | 470-630 | 470-630 | ||||
Chemical composition for S355J0WP steel plate (Heat Analysis Max%)
| Main chemical elements composition of S355J0WP steel plate | |||||||
| C | P | S | N | ||||
| 0.12 | 0.75 | 1.00 | 0.06-0.15 | 0.035 | 0.009 | 0.30-1.25 | 0.25-0.55 |
Applications of S355J0WP Weathering Steel Plate
S355J0WP is a structural weathering steel (atmospheric corrosion resistant steel) that combines high strength, excellent corrosion resistance, and natural aesthetic appeal. Its ability to form a protective rust layer makes it ideal for a wide range of outdoor and industrial applications.
Suitable for shipping containers, bulk storage silos, and industrial tanks exposed to outdoor environments.
The self-protecting patina ensures resistance to rain, humidity, and salt spray, reducing maintenance requirements.
Applied in cladding, curtain walls, canopies, pergolas, and decorative panels.
Provides a rustic, natural finish and low-maintenance durability, ideal for urban and landscape architecture.
Used in bridge decks, girders, pedestrian walkways, and railings.
Offers high structural strength and resistance to atmospheric corrosion, extending maintenance cycles in outdoor environments.
Suitable for public art, monuments, garden sculptures, and urban furniture.
Develops a durable patina that protects the steel while providing a visually appealing, evolving surface.
Applied in heat exchangers, chimneys, flue gas ducts, and chemical plant structures, where exposure to acidic or sulfur-containing atmospheres occurs.
Its Cr–Cu–Ni–P alloy composition promotes the formation of a protective oxide layer to resist sulfuric acid dew point corrosion.
