Delta Wings® are an innovative solution for improving the dust separation performance of electrostatic precipitators simply and cost-effectively. Thanks to a uniform gas flow and better utilization of the filter surface, they significantly increase the separation efficiency even under demanding operating conditions. This technology is ideal for applications where unfavorable inflow conditions impair filter operation or stricter legal limits require a further reduction in the residual dust content.

Thanks to their simple design with no moving parts, Delta Wings® are also known as "static gas mixers". They consist of robust steel disks that are integrated in groups in front of or in the inlet hood of an electrostatic precipitator. This space-saving arrangement ensures even gas distribution, which significantly improves dust separation.

The operating principle of Delta Wings® is based on leading edge vortices that are created on the disks and intensively mix the gas flow. Since their introduction in the 1980s, they have proven themselves in numerous industrial applications, including electrostatic precipitators, SCR catalytic converters, flue gas desulphurization systems and chemical reactors. Even under difficult conditions such as high dust loads or strong load fluctuations, they ensure optimum flow conditions. Installation is uncomplicated and time-saving, pressure loss is minimal and the durable design guarantees maintenance-free operation for many years.

Delta Wings® are used in a wide range of industries to make processes more efficient. In electrostatic precipitators, they improve dust separation performance through a more uniform gas flow. In SCR catalytic converters and flue gas desulphurization systems, they optimize the flow conditions, which significantly increases the efficiency of these systems. They are also used in cooling towers and chemical reactors to improve flow dynamics and ensure smooth processes.

The investment in Delta Wings® pays for itself quickly, as they eliminate the need for costly measures to improve dust separation. They are equally suitable for use in new systems and for retrofitting existing systems. Their robust and maintenance-free design makes them the perfect solution for a wide range of industrial processes.