EN10028 P275NL2 steel plate

High-quality normalized carbon steel plate manufactured to EN 10028 standards for pressure equipment. P275NL2 is a fine-grain, weldable steel grade with enhanced low-temperature toughness (the P275 designation indicates a nominal minimum yield strength of approximately 275 MPa), formulated for use in boilers, pressure vessels and associated piping where reliable performance at lower temperatures is required.

Key features

• Conforms to EN 10028 for pressure vessel steels (grade P275NL2).
• Normalized, fine-grain microstructure for improved toughness and weldability.
• Suitable for boilers, pressure vessels, heat exchangers, and piping operating at reduced temperatures.
• Available in plates, sheets and coils; typical maximum supplied thickness up to 220 mm (confirm availability by size and temper).
• Finishes: hot-rolled (HR) and cold-rolled (CR); additional surface treatments available on request.
• Standard processing services offered: cutting, drilling, welding, grinding, milling and mechanical/chemical testing.

Supply and compliance

• Dimensions and tolerances are supplied to EN 10028 requirements; exact tolerances depend on thickness and product form.
• Material certification options typically available (e.g., EN 10204 3.1/3.2) — specify required inspection certificate with RFQ.
• Mechanical and chemical tests can be provided per order requirements; please state any special testing (impact testing at a specified temperature, PMI, UT, etc.).

Typical ordering information to include in your RFQ

• Required form: plate, sheet or coil
• Exact thickness, length and width or coil weight
• Quantity (tons or pieces)
• Required standard/certification (EN 10028, EN 10204 inspection level, etc.)
• Required mechanical/impact test temperature and any NDT or PMI requirements
• Finish and edge preparation
• Delivery terms, packaging and destination

If you need a price or delivery lead time for P275NL2 plates, please provide the specifications above so we can prepare an accurate commercial offer.