Massive inline filter for coarse filtration in industries

The industrial filter offers a separate collection area for separated solids, preventing direct impact on the filter element. Coarse and heavy particles are collected separately without clogging the filter element. This prevents blockages in the filter, extends operating times and reduces maintenance costs by up to 40 %.

Thanks to the housing cover with handle, the filter element can be replaced in less than 15 minutes - without complicated removal. The sophisticated design with a fixed dirt collection container and no moving parts also reduces wear. This saves you up to 90 % work, up to 20 % maintenance costs and around € 86,000 over the service life.

The compact inline design allows easy installation of the industrial filter into existing systems without extensive modifications or major conversions. The plate filter can also be flexibly installed on the suction side of the pump, protecting sensitive pump systems and extending their service life.

The low-wear design without moving parts and the robust monolithic cast iron housing with silicate-based cast skin ensure maximum resistance to external and media-induced influences. This extends the service life of your filter system, reduces operating costs by up to 30 % and halves disposal costs.

The inline construction at the same height enables simple and time-saving installation - without having to relocate the pipes. This reduces your planning and installation costs by 30-40 % and saves you up to two days for commissioning your system.

The pre-assembled and tested plug-and-play unit enables direct commissioning without additional wiring or testing on site. This means your system is ready for use up to 40 % faster, installation errors are minimized and overall costs are significantly reduced.

The raw water enters the industrial filter via the inlet flange and flows through the filter element.

Dirt particles are reliably filtered out, while purified water exits on the clean water side. Coarser particles settle in the dirt collection area.

A differential pressure measurement continuously monitors the contamination level of the filter element. When a defined limit value is reached, the backwash process is activated automatically.

The motor-driven backwash valve opens, generating a high flow velocity. Deposited contaminants are released and flushed out through the backwash outlet.

According to Bernoulli's law, a vacuum forms in front of the filter element, causing clean water to flow in the opposite direction of filtration and effectively removing any remaining particles.

After 15–20 seconds, the backwash valve closes automatically. Filtration remains active throughout the entire process, ensuring continuous operation.