Hydraulic oil
Reliable hydraulic systems start with clean hydraulic oil
Clean hydraulic oil is the foundation of reliable machine performance. In every hydraulic system, the smallest particles, moisture and oxidation residues are enough to cause sticking valves, pressure instability and accelerated pump wear.
These issues rarely appear suddenly, but develop over time as contamination accumulates in the oil and moves through the system during normal operation. When the oil is allowed to degrade, components work harder, heat builds up and efficiency drops.
The result is more downtime, increased maintenance hours and higher annual operating costs. By keeping hydraulic oil clean and dry, you protect the system against the most common causes of failure and extend the lifetime of critical components.
Continuous offline filtration makes this possible by removing the very contaminants that inline filters cannot handle. The outcome is stable operation, longer oil life and predictable performance in demanding industrial environments.
The real cost of contaminated hydraulic oil
Stop paying twice by filtering out unwanted costs
Maintenance hours and troubleshooting
Contamination causes unstable valve and pump behaviour, increasing the need for cleaning and adjustments.
Valve and pump failures
Particles accelerate wear in critical components, leading to sticking, loss of performance and premature failure.
Production downtime
Dirty oil triggers valve and pump malfunctions that slow or stop production.
Annual oil consumption
Degraded oil must be replaced more often, increasing cost and waste.
Centrifugal Separator
|
CJC® Filtration
| |
|---|---|---|
Energy Consumption
|
High (heating + rotating bowl)
|
Low (3% compared to Centrifuge)
|
Maintenance
|
Daily supervision required
|
Minimal, periodic filter change
|
Waste Generation
|
Several tonnes of sludge annually
|
Dry filter element only
|
Heating |
Required | None require |
CO₂ Impact
|
High (energy intensive)
|
Low (97% reduction)
|
Compliance |
Adds to CII |
Up to 2% CII improvement |
How it works
Outcome for maintenance teams
Extended oil lifetime
Effective contamination control slows oxidation and degradation, allowing hydraulic oil to remain in service significantly longer, often several years in stable systems
Reduced wear on critical components
Cleaner oil minimizes abrasive particles that cause premature wear on servo valves, pumps, and proportional valves, preserving system responsiveness
Fewer unplanned stoppages
Stable oil cleanliness reduces failure events linked to contamination, helping prevent unexpected shutdowns and production interruptions.
Consistent ISO cleanliness levels
Hydraulic systems maintain target cleanliness classes, such as ISO 16/14/11, even under demanding operating conditions, ensuring predictable performance.
Clean Oil Is Not a Recommendation.
It Is a Reliability Strategy.
Understand contamination mechanisms, ISO codes, water control, and how to extend oil and component lifetime.
Designed for long-term reliability
Deep expertise in hydraulic oil filtration
Decades of experience solving contamination issues in heavy industry
High-efficiency offline filtration
Removes particles, water and oxidation that standard filters cannot address.
Cleanliness that stabilizes systems
Helps maintain low ISO codes, improves valve responsiveness and extends component life.
Lower total lifecycle cost
Fewer oil changes, reduced downtime and minimal maintenance interventions.
Improve Gearbox Reliability with Clean Oil
Clean gear oil is one of the easiest and most cost-effective ways to extend gearbox life, reduce downtime and keep operations running predictably. Start with an oil condition review and a practical filtration strategy tailored to your system.
No obligation, we start with a condition review and clear recommendations.
Reliable Hydraulic Systems Start With Clean Hydraulic Oil
Clean hydraulic oil is the foundation of reliable machine performance. In every hydraulic system, the smallest particles, moisture and oxidation residues are enough to cause sticking valves, pressure instability and accelerated pump wear.
These issues rarely appear suddenly, but develop over time as contamination accumulates in the oil and moves through the system during normal operation. When the oil is allowed to degrade, components work harder, heat builds up and efficiency drops.
The result is more downtime, increased maintenance hours and higher annual operating costs. By keeping hydraulic oil clean and dry, you protect the system against the most common causes of failure and extend the lifetime of critical components.
Continuous offline filtration makes this possible by removing the very contaminants that inline filters cannot handle. The outcome is stable operation, longer oil life and predictable performance in demanding industrial environments.
The Real Cost of Contaminated Hydraulic Oil
Stop paying twice by filtering out unwanted costs
Maintenance hours and troubleshooting
Contamination causes unstable valve and pump behaviour, increasing the need for cleaning and adjustments.
Valve and pump failures
Particles accelerate wear in critical components, leading to sticking, loss of performance and premature failure.
Production downtime
Dirty oil triggers valve and pump malfunctions that slow or stop production.
Annual oil consumption
Degraded oil must be replaced more often, increasing cost and waste.
Case studies show that hydraulic systems operating at ISO codes above 18/16/13 have failure rates several times higher than systems kept clean. Clean oil directly translates to higher reliability and lower operating costs.
How it works
Improve Hydraulic Reliability With Clean Oil
Clean hydraulic oil is the simplest way to reduce downtime, extend equipment life and stabilize production.
No obligation. We start with an oil condition review to identify your improvement potential.
Outcome for maintenance teams
Extended oil lifetime
Effective contamination control slows oxidation and degradation, allowing hydraulic oil to remain in service significantly longer,often several years in stable systems
Reduced wear on critical components
Cleaner oil minimizes abrasive particles that cause premature wear on servo valves, pumps, and proportional valves, preserving system responsiveness
Fewer unplanned stoppages
Stable oil cleanliness reduces failure events linked to contamination, helping prevent unexpected shutdowns and production interruptions.
Consistent ISO cleanliness levels
Hydraulic systems maintain target cleanliness classes, such as ISO 16/14/11, even under demanding operating conditions, ensuring predictable performance.
Designed for Long-Term Reliability
Deep expertise in hydraulic oil filtration
Decades of experience solving contamination issues in heavy industry.
High-efficiency offline filtration
Removes particles, water and oxidation that standard filters cannot address.
Cleanliness that stabilizes systems
Helps maintain low ISO codes, improves valve responsiveness and extends component life.
Lower total lifecycle cost
Fewer oil changes, reduced downtime and minimal maintenance interventions.