Compact automatic filter without any moving parts for solid-liquid separation

Thanks to an axial flow velocity of up to 10 m/s and the Bernoulli principle, the raw water is filtered quickly and effectively. The entire filter surface is cleaned 100 %, which guarantees a consistently high cleaning performance even with changing dirt loads.

This reduces contamination, avoids production interruptions and increases your productivity by up to 20 % while maintaining constant operational reliability.

The JET Filter S can be flexibly installed horizontally or vertically and is suitable for a wide range of media for solid-liquid separation - from cooling water to emulsions. Its space-saving design allows easy integration into existing piping systems without costly conversions, even in complex installation situations. 

This saves 30-40 % of the conversion and installation costs and reduces the risks and time required for modernization - for a quick return on investment for your overall project.

The industrial filter has no moving parts and allows elements to be changed without removing them. This minimizes mechanical wear, reduces maintenance effort and lowers maintenance and overhaul costs by 15-20 % over the service life. At the same time, the availability of the filter is increased and unplanned downtimes are reliably avoided.

The durable components ensure a long service life for the water filter and a stable differential pressure during operation - for a smooth, uninterrupted process. Thanks to the pre-wired plug-and-play unit, there is no need for wiring and testing on site. This speeds up implementation by up to 40 %, reduces costs and minimizes installation errors.

The raw water passes through the inlet opening, entering the filter element located behind it. The reduction in cross-section increase the axial flow velocity in the filter element to 5-7 m/s.

In the last third of the filter element, the raw water flows through the element from the inside to the outside. The cleaned water exits the JET Filter S through the clean water nozzle on the side, while the axial flow velocity of 5-7 m/s guides dirt particles into the dirt collection container. 

Backwashing is initiated automatically by a differential pressure between the raw and clean water side or via a time relay in the electrical control system.

During backwashing, a small amount of the raw water flows through the backwash opening, flushing the accumulated dirt particles out of the filter. The axial flow velocity increases to up to 10 m/s, supporting the cleaning process while also guaranteeing backwashing proceeds from the outside to the inside with clean water due to the generated vacuum.

After 10-20 seconds, the backwash valve closes automatically and the filter returns to normal filtration mode. Filtration remains active and uninterrupted during backwashing.