Pressure Vessels
Heavy plate for pressure vessel and boiler engineering
Whether for out-of-the-ordinary sizes or complex designs, ultra-high toughness, temperature and corrosion resistance, or maximum weight-savings – Dillinger is your high-power partner whenever and wherever you set special demands for your pressure vessels or boilers.
Dillinger’s strengths in pressure vessel and boiler engineering
- Our non-alloy, low-alloyed and special steels for pressure vessels and boilers conform to the relevant international standards and codes of practice.
- Products for these applications are approved in accordance with the applicable standards and codes of practice.
- Dillinger is a qualified producer with global references, a fact acknowledged by all important decision-makers in the oil, gas and energy sectors.
- We can meet practically all conceivable additional specification requirements.
- Dillinger plates can be supplied in bigger-than-average formats and dimensions, enabling you to fabricate even the largest pressure vessels cost-efficiently.
- Save time and eliminate difficult initial working and processing operations. Dillinger can supply you with edge-machined plates or plates cut to net size and/or bent to service radius, or semi-finished shell sections.
- No matter how large or complicated your order may be, and no matter where in the world your pressure vessel or boiler is to be erected – Dillinger will also be happy to make all the logistical arrangements for you.
Downloads
Customer information
Duty to communicate information on substances in articles
(Acc. to article 33 – REACH) | 12.03.2025
Customer information concerning the REACH regulation (2025)
Revision 9, March 2025 | 12.03.2025
Customer information new magnetic lifting beam – Plates float economically and sustainably
Rev. 0 | 13.06.2024
Customer information: chemical elements in the inspection certificate
Revision 1 | 28.11.2023
Customer information: Steels for the construction of UKCA compliant pressure equipment
Revision 1 | 20.04.2023
Verification of the content of inspection documents/inspection certificates of Dillinger
09.07.2021
Customer information concerning types of inspection documents as per EN 10204
Rev. 1 | 02.11.2018
Electronically signed inspection documents 3.2 of Dillinger Hütte and their transmission
Rev. 1 | 02.11.2018
Data sheets & specifications
DICREST – sour gas resistant pressure vessel steels in accordance with ASTM
DH-E17-J | 07.10.2024
DICREST – sour gas resistant pressure vessel steels in accordance with EN
DH-E18-J | 07.10.2024
DILLIMAX 690 PE – High strength fine grained structural steel for pressure equipment, quenched and tempered
DH-E69-C | 07.10.2024
DI-TANK 460 – Fine grain steels thermomechanically rolled intended for building of oil and gas storage tanks
(only in English) | 30.07.2024
DI-TANK 420 – Fine grain steels thermomechanically rolled intended for building of oil and gas storage tanks
(only in English) | 30.07.2024
DI-TANK 355 – Fine grain steels thermomechanically rolled intended for building of oil and gas storage tanks
(only in English) | 30.07.2024
DIROS 500 – high strength fine grained pressure vessel steel, quenched and tempered
DH-E07-B | 15.02.2016
Technical literature
Further technical literature
To obtain any of the publications please contact joerg.maffert@dillinger.biz !
Technical literature – general
- Tailor-made heavy plates for pressure vessels, F. Gottwalles, I. Detemple, J. Maffert, 2020
- Petrobras plants conception and their material requirements, B. Eckstein, 2009
- Future design methods for optimised use of modern high strength steels, S. Münstermann, W. Bleck, P. Langenberg, D. Schäfer, M. Feldmann, 2009
- Stahldesign – Möglichkeiten zur gezielten Beeinflussung der Eigenschaften von Stählen, I. Detemple, 2005
- ECOPRESS – Economical and safe application of modern high strength steels for pressure vessels, P. Langenberg, 2003
- Tailormade steel design for optimized results concerning the customer´s requirements, I. Detemple, C. Dilg, 2003
- The structural integrity of insert parts of high pressure hydrotreating reactor, S. Weber, 2003
- Admissible post weld heat treatment conditions for pressure equipment made of dissimilar steel grades, I. Detemple, 2003
- Alloying Concepts, I. Detemple, 2003
- Kleine Ursache große Wirkung – Mögliche Beeinträchtigung der Schweißeignung durch Mikrolegierungs- und Begleitelemente in Bau- und Druckbehälterstählen, F. Hanus, J. Schütz, 2002
- Small cause, large effect – The influence of trace elements on the properties and weldability of structural and pressure vessel steel, F. Hanus, 2002
- Grobblechherstellung aus verfahrenstechnischer Sicht, A. Streisselberger, V. Schwinn, 2002
- A process-engineering view of the production of heavy plate, A. Streisselberger, V. Schwinn, 2002
- A weld apart, K. Richter, I. Detemple, A. Kolling, 2001
- Wärmebehandlung von Schweissmischverbindungen, K. Richter, 2000
- Verlängerung der Lebensdauer von Druckgeräten durch erhöhte erstmalige Druckprüfung, H. Wiedemann, 2000
- Dureté des zones affectées – Influence de la composition chimique, des paramètres de soudage, de détensionnement thermique, F. Hanus, J. Schütz, 1998
- Heat treatment for hot forming, K. Richter, I. Detemple, A. Demmerath, 1998
- The effects of heat treatment, I. Detemple, A. Demmerath, 1998
Technical literature – CrMo/CrMoV steels for petrochemical installations
- Utilisation limits of CrMo (SA-387-11-2) steel in high plate thickness, I. Detemple, B. Philippi, J. Maffert, 2020, proceeding of the ASME 2020 Pressure Vessels & Piping Conference,
2020-PVP2020-21461 - Working with specialised steels, H.-W. Bonn, I. Detemple, J. Maffert, 2015
- Testing steel at high temperatures, I. Detemple, J. Maffert, 2013
- Low alloy CrMo(V) steel plates for petrochemical reactors, I. Detemple, M. Steffen et al., 2010
- Latest trends in fabrication of high thickness reactors, P. Chattopadhyay, F. Chokshi, R. Lomash, Y.S. Trivedi, 2009
- Challenges for the application of CrMoV alloys in heavy wall high-temperature high-pressure hydro-processing equipment, M. Prager, 2009
- The use of V modified CrMo steel plates in PV fabrication, L. Antalffy, R. Whipple, 2009
- Fabrication of heavy wall reactors in CrMo(V) plates, G. Fossataro, 2009
- The new steel challenge, I. Detemple, M. Steffen, 2007
- Fluor – Working specifications for pressure vessels, R. Stepanovic, 2005
- Fabrication of heavy wall reactors, P. Chattopadhyay, B. K. Rai & Y. S. Trivedi, 2003
- Prediction of pressure vessel integrity in creep hydrogen service (Predich), I. Detemple, 2003
- Advanced steels for hydrogen reactors, I. Detemple, F. Hanus, G. Luxenburger, 1999
Technical literature – sour gas resistant pressure vessel plates
- Hydrogen induced cracking (HIC)-restistant steel – production of thick wall plates, P. Kaspari, C. Behr, 2012
- Total requirements for equipment in severe H2S service, M. Richez, F. Zanoncelli, 2009
Technical literature – steels for higher temperature service
- Diwa 353 – Alloyed steel plates for economic constructions of shell boilers, R. Cawelius et al., 2004
- DIWA 373 – The favorized steel for boilers & pressure vessels, H. Ney, R. Cawelius, F. Hanus, K. Richter, 2003
- DIWA 373 – Herstellung, Werkstoff- und Verarbeitungseigenschaften dieses warmfesten schweißgeeigneten Feinkornbaustahles, H. Ney, R. Cawelius, F. Hanus, K. Richter, 2002
Technical literature – high strength water quenched and tempered pressure vessel steels
- DIROS 500 – Advanced quenched and tempered steel for pressure vessels, R. Cawelius, M. Bockelmann, G. Luxenburger, P. Wolf, 2004
Technical literature – TMCP steels for tank construction
- Thermomechanical tank technology, P. Flüß. J. Maffert, P. Schirra 2017
Technical literature – steels for transport tanks
- Les aciers plats pour le transport des matières dangéreuses, Y. Rigal, 2001
