Boiler plate P265GH

P265GH – heat-resistant pressure vessel steel

The boiler plate P265GH with the material number 1.0425 is a heat-resistant pressure vessel steel in accordance with DIN EN 10028-2. P265GH is a non-alloy steel. The unalloyed steel is designed for use in continuous operation up to approx. 400 °C and for pipes up to approx. 450 °C wall temperature.   Sheets made of P265GH are characterized by good weldability and the steels can be easily cold and hot formed. The pressure vessel steel with the material number 1.0425 can be welded with and without filler metal.   P265GH is used in the manufacture of pressure vessels, boilers and pipes.

Our product portfolio Pressure vessel steels

P265GH boiler plate permanently in the range.

UnionStahl stocks the P265GH boiler plate with an acceptance test certificate in accordance with DIN EN 10204 3.1 and AD 2000 W1 as well as DIN EN 13445-2.   We stock this steel grade in the thickness range 3 – 300 mm with widths of up to 4,000 mm and lengths of up to 16,000 mm. By storing intermediate thicknesses, we enable our customers to reduce the weight of their containers.   In addition to the steel grade P265GH, UnionStahl also stocks a large number of other pressure vessel steels in accordance with DIN EN 10028-2, making it a strong supplier for the production of pressure vessels, heat exchangers, transport containers and heads. Weldable fine-grained structural steels in accordance with DIN EN 10028-3 are also a key part of our product range.   With a well-stocked inventory, short delivery times and qualified advice, UnionStahl is your high-performance partner for P265GH boiler plate.

Competence leadership and technical precision

With our burning and processing services, we offer you the option of purchasing ready-to-install components in addition to sheet metal via the processes of burning, chamfering, milling, drilling, edging, rolling and welding.   We supply you with high-quality and technically sophisticated individual items and series parts according to your requirements.