Contamination boundary
The system addresses hard particles, emulsified water, free water, degraded fuel residues, and storage-related contamination before they reach the high-pressure injection circuit.
Fuel Cleanliness Protection defends high-pressure injection systems by controlling particulate contamination and water before fuel reaches precision pumps and injectors.
ENGINEERING PRINCIPLE
SYNTEPORE™ controls particulate contamination, HYDROCORE™ provides fuel-water separation, and TURBOCORE™ supports Turbine FH and FG fuel-separation systems.
Protection Architecture
Fuel quality protected before pressure turns contamination into damage
Modern diesel systems operate with tight clearances and high injection pressures, where small particles and free water can become expensive failures. Fuel Cleanliness Protection is designed around the point where contamination becomes critical: before fuel reaches pumps, injectors, separation stages, and high-pressure circuits. The objective is not only filtration efficiency, but stable fuel delivery, water control, and protection of precision components under changing duty cycles and fuel quality conditions.
Protection mechanism
Fine media, water-separation stages, drain control, and fuel-conditioning families work together to reduce particle load and separate water without restricting flow beyond the service requirement.
Operational value
Cleaner fuel supports injector life, pump reliability, stable combustion, and lower risk of unplanned downtime caused by water, plugging, or abrasive contamination.
Primary Technologies
Product Families
HDLD
Primary Fuel
Primary fuel filters remove sediment, rust, and coarse particulate contamination before fuel reaches…
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HDLD
Secondary Fuel
Secondary fuel filters provide final-stage particulate control immediately upstream of the high-pres…
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HD
Fuel Water Separators
Fuel-water separators remove free and emulsified water while supporting particulate control in diese…
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