YOU ARE HERE Products
FILTER / MAGNOM FILTER

Magnom filter

The MAGNOM® magnetic filter removes ferrous particles and magnetite from the oil in a lubrication or hydraulic circuit. Unlike a conventional barrier filter that traps particles in a mesh, the MAGNOM® uses a strong, structured magnetic field to attract and hold iron-bearing contamination — including the very fine wear particles and magnetite sludge that pass straight through ordinary filters

View datasheets
3
MODELS
OIL
MEDIA
PRODUCT LINES

Magnom filter at a glance

3 MODELS · OIL
Magnome PumpMate

Magnome PumpMate

Magnetic suction filters for liquids, gases and greases. Optimal protection for pumps and systems from metal particles.

Magnom Mini, Midi, Maxi

Magnom Mini, Midi, Maxi

Bi-directional magnetic line filters for liquids, gases and greases in two-way systems. Maximum efficiency for small to large systems.

Magnom CP

Magnom CP

Magnetic two-way in-line filters for systems with liquids, gases and greases. For critical processes and maximum purity.

PRINCIPLE

MAGNOM® magnetic filter – magnetic particle separation

The MAGNOM® magnetic filter removes ferrous particles and magnetite from the oil in a lubrication or hydraulic circuit. Unlike a conventional barrier filter that traps particles in a mesh, the MAGNOM® uses a strong, structured magnetic field to attract and hold iron-bearing contamination — including the very fine wear particles and magnetite sludge that pass straight through ordinary filters. Because these fine ferrous particles are among the most damaging to bearings, gears and surfaces, capturing them keeps the oil cleaner and the components healthier, extending the life of the whole system. Oil flows through the filter past a set of magnetic collectors arranged so that the field reaches across the full flow path. Ferrous particles — down to sub-micron magnetite — are pulled out of the oil and held on the collectors, while the oil passes through with very low flow resistance. When the collectors are full, they are simply cleaned and returned to service, so there is no disposable element to replace. Captures fine ferrous particles and magnetite that pass through mesh filters Protects bearings, gears and surfaces from the most damaging wear debris Cleanable collectors — no disposable element to replace Very low flow resistance Keeps the oil cleaner and extends component and oil life The right MAGNOM® is selected by the flow rate, the circuit pressure and the connection. As a magnetic filter, it is the ideal complement to barrier filtration where fine iron contamination is the problem. In service it is low-maintenance — the collectors are cleaned on a routine interval and returned to use, rather than replaced.

PRODUCT LINES

Magnom filter at a glance

01

Magnome PumpMate

Magnetic suction filters for liquids, gases and greases. Optimal protection for pumps and systems from metal particles.

02

Magnom Mini, Midi, Maxi

Bi-directional magnetic line filters for liquids, gases and greases in two-way systems. Maximum efficiency for small to large systems.

03

Magnom CP

Magnetic two-way in-line filters for systems with liquids, gases and greases. For critical processes and maximum purity.

FAQ

Frequently asked questions about the MAGNOM® magnetic filter

What does the MAGNOM® filter do?
It removes ferrous particles and magnetite from the oil using a strong magnetic field, capturing the fine iron-bearing contamination that passes through conventional mesh filters.
Why is fine ferrous contamination so damaging?
Fine iron particles and magnetite are among the most abrasive contaminants for bearings, gears and surfaces; removing them directly protects the components and the oil.
Does it use a disposable element?
No. The magnetic collectors are cleaned and returned to service, so there is no disposable element to replace.
Can it be combined with a mesh filter?
Yes. In heavily contaminated systems the MAGNOM® removes the ferrous load that would otherwise clog a barrier filter, so the two complement each other.
How is the right filter selected?
By the flow rate, the circuit pressure and the connection of the system.