Yokohama Hydraulic Oils
- Anasayfa
- Yokohama Hydraulic Oils
Yokohama Hydraulic Oils: A New Definition of Power and Reliability in Industrial Efficiency
The quality of the oil used plays a critical role in ensuring hydraulic systems operate efficiently, reliably, and with a long service life. In this regard, Yokohama hydraulic oils stand out with high-performance formulations designed to meet modern industrial demands. Whether operating under intense pressure, extreme temperature fluctuations, or heavy-duty conditions, these oils provide superior viscosity stability and advanced film strength to help maintain the consistency of hydraulic systems.
One of the most notable features of Yokohama hydraulic oils is their high thermal stability. Even at elevated temperatures, the oil demonstrates strong resistance to oxidation, minimizing sludge and deposit formation. A clean hydraulic circuit translates into longer component life and reduced maintenance costs. By reducing friction between metal surfaces during operation, these oils help prevent energy loss while enabling machinery to run more quietly and smoothly.
Yokohama’s specialized additive technology creates a powerful protective barrier against common hydraulic system issues such as corrosion, rust, and wear. This protection is especially valuable for critical components like pumps and valves that operate under high pressure, helping extend their lifespan. Additionally, the oil’s resistance to foaming prevents air from mixing into the hydraulic system, reducing pressure loss and allowing for more precise system response.
Available in a range of viscosity grades, Yokohama hydraulic oils are suitable for a wide variety of applications—from construction equipment and industrial presses to CNC machines and agricultural machinery. Designed to adapt to different operating temperatures, these oils maintain fluidity in cold conditions while preserving viscosity at high temperatures. As a result, they deliver dependable, year-round performance across all hydraulic systems.
