Breakthrough: Main Loop Hydrostatic Filtration!

What This Means for OEMs and Operators…

• High Intensity focused magnetic flux gradients…

• Striping damaging Microfine Contamination from fluids and gas, with high efficiency to micron levels…even at High velocities and viscosities,

• Trapping the Removed Contamination – OUT of the FLUID flow

For the first time!

Hydrostatic Main Loop Protection / Filtration 

The Hidden Risk in Hydrostatic Systems

In closed-loop hydrostatic drives:

• Wear is continuous

• Ferrous particles circulate at full system pressure

• Hard metallic fines repeatedly re-pass through pumps and motors

• Cumulative contamination increases over time

Traditional filters discriminate particle size.

They do not address particle threat.

Sub-10 micron ferrous debris — the most destructive contaminant in the system — is allowed to continuously circulate through the very components generating power.

Bi-Directional, High-Pressure, Non-Restrictive Protection

For decades, main loop filtration in hydrostatic transmissions has been considered impossible because of:

• High pressure.
• Continuous flow reversal.
• Extreme pressure spikes.

Conventional filters rely on restrictive media.

In a hydrostatic main loop, that would creates instability, pressure differential, and the risk of debris being forced back into the system.

So the industry avoided it.

Instead, filtration was placed on the charge / top-up circuit — downstream of where wear actually occurs.

That leaves the main hydrostatic loop unprotected.