APPLICATIONS: Arconol Envotech ANTI-WEAR HYDRAULIC OILS come highly recommended for a wide range of applications. They are ideal for vane, gear, and piston hydraulic pumps operating at pressures exceeding 1000 psi. These oils are also suitable for hydraulic pumps operating at pressures lower than 1000 psi.
Their versatile nature makes them well-suited for various equipment and systems, including machine tools, presses, die-casting equipment, plastic injection molding machines, circulating systems, and hydraulic control systems. Moreover, these oils meet the stringent requirements set by major hydraulic pump manufacturers, ensuring compatibility and optimal performance.
Trust Arconol Envotech ANTI-WEAR HYDRAULIC OILS to deliver reliable lubrication and protection, ensuring your hydraulic equipment’s smooth operation and longevity across diverse applications.
BENEFITS:
- Versatile premium oil for multiple applications: Arconol Envotech ANTI-WEAR HYDRAULIC OILS are a versatile, high-quality lubricant suitable for various applications, offering exceptional performance across various hydraulic systems.
- Oxidation inhibitor for oil stability: These oils are fortified with oxidation inhibitors, effectively preventing oil thickening and maintaining optimal performance over extended periods, ensuring reliable lubrication.
- Wear and scuffing protection for hydraulic pumps: Arconol Envotech ANTI-WEAR HYDRAULIC OILS provide superior protection against wear and scuffing in hydraulic pumps, extending their lifespan and promoting efficient operation.
- Foam inhibition for pump cavitation prevention: The oils contain foam inhibitors that effectively suppress foam formation, preventing pump cavitation and ensuring smooth hydraulic system performance.
- Superior demulsibility characteristics: Arconol Envotech ANTI-WEAR HYDRAULIC OILS exhibit exceptional demulsibility characteristics, allowing for quick separation of water from the oil, minimizing the potential for emulsion formation and ensuring optimal lubrication effectiveness.
