The REGEMAT® 250 revolutionized the world of continuous galvanizing lines shortly after its introduction. With unprecedented efficiency and NOx emissions that make downstream exhaust gas treatment unnecessary even under the strictest regulations.
Even today, customers who rely on the REGEMAT® 250 are optimally equipped for all possible future developments. Especially since the burner has all "Green Gas Ready"criteria with flying colors. Thanks to their use in recirculating double P-tubes, these systems are ideally prepared for the future of alternative fuels such as operation with green hydrogen.
With well over 10 years of operating experience of thousands of burners, the REGEMAT® 250 is now proven reference technology for all customers who want a particularly future-proof and highly efficient system.
Input Rating
Rated power 140 kW
Fuel Gas
Natural gas (standard): natural gas H, natural gas L, methane
Other gases (optional): hydrogen, propane, butane and other dust-free, non-aggressive gases
Supply Pressures
Fuel gas: 7000 Pa (70 mbar), ± 5%
Combustion air: 8000 Pa (80 mbar), ± 5%
Suction pressure -8000 Pa (-80 mbar), ± 5%
Compressed air 5-6 bar
Maximum Operating Temperature
Exhaust gas inlet max. 1,050 °C
Flame Supervision
UV monitoring
Combustion Mode
Flame/FLOX®
Control Method
On/Off
Customized solutions are available upon request.
Continuous and recently even particularly strong increases in sales figures prove that the REGEMAT® 250 is the new gold standard for modern strip galvanizing lines. Customers are impressed by the lowest NOx values with maximum efficiency as well as its future viability thanks to its outstanding suitability for operation with hydrogen.
The REGEMAT® 350: An extremely energy-efficient regenerative burner for direct heating of high-temperature processes. Ready for operation with green hydrogen.
Green hydrogen from bio gas with «FLOX® inside» is a key technology for successful ramp-up of the hydrogen economy.
FlexHeat2Anneal is a funded research project investigating the flexible use of hydrogen as a fuel for continuous process lines and galvanizing lines.
The expansion of the WS laboratory infrastructure enables advanced developments in the field of hydrogen utilization and ammonia splitting.
