Rekumat® S
REKUMAT® S NT
Thanks to patented gap-flow technology, REKUMAT® S NT burners achieve the highest energy efficiency with the lowest emissions even at low furnace chamber temperatures below 600 °C.
The REKUMAT® CS series of FLOX® burners combines highly efficient gap current recuperators with the temperature resistance of SiSiC high-performance ceramics. Superior efficiency even at the highest temperatures for maximum energy savings. Cutting-edge technology paired with "FLOX® insideguarantees lowest NOx emissions and maximized fuel flexibility.
Of course, also the REKUMAT® CS " seriesGreen Gas Ready".
Input Rating
between 40 and 80kW
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: 6000Pa (60 mbar), ± 5%
Combustion air: 8000 Pa (80 mbar), ± 5%
Maximum Operating Temperature
Direct heating: 1300°C
Indirect heating: 1250°C
Flame Supervision
Flame rod or UV sensor
Combustion Mode
Flame or flame/FLOX®
Control Method
On/Off
Customized solutions are available upon request.
Thanks to patented gap-flow technology, REKUMAT® S NT burners achieve the highest energy efficiency with the lowest emissions even at low furnace chamber temperatures below 600 °C.
The patented REKUMAT® CR burners allow for the first time the substoichiometric operation of a recuperative burner due to the integrated afterburner. Highest efficiency and lowest NOx emissions thanks to FLOX® technology.
REKUMAT® M series: Energy-efficient recuperative burners for radiant tubes and direct heating. Thanks to FLOX® with extremely low NOx emissions and ready for operation with green hydrogen.
Energy-efficient recuperative burner for indirect and direct heating applications. Revolutionary gap-flow technology for highest possible efficiency.
Energy efficient, ceramic self-recuperative burner for radiant tubes and direct firing
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.
