Menu

PREMIUM HYDRAULIC OIL, 1 - Esco Equipment

Part #: 10902

The Esco Equipment 10902 Premium Hydraulic Oil is engineered to meet the demanding requirements of professional automotive and industrial hydraulic systems. This high-quality hydraulic fluid is formulated to ensure reliable performance, offering robust protection and consistent operation for a wide array of equipment in busy workshop and industrial environments.

Key Features

  • Advanced Wear Protection: Formulated to reduce friction and wear on critical hydraulic components, extending equipment lifespan and minimizing maintenance needs.
  • Stable Viscosity Performance: Maintains optimal fluid thickness across varying operating temperatures, ensuring consistent hydraulic response and efficiency.
  • Corrosion and Rust Inhibition: Protects internal system components from detrimental corrosion and rust, preserving system integrity and performance.
  • Excellent Thermal Stability: Resists thermal breakdown, preventing sludge and varnish formation that can clog systems and reduce efficiency.
  • Optimized for Professional Use: Designed for the rigorous demands of automotive lifts, presses, jacks, and industrial machinery.

Applications

Esco Equipment 10902 Premium Hydraulic Oil is suitable for a broad range of applications requiring a high-performance hydraulic fluid. It is an ideal choice for maintaining hydraulic systems in automotive service centers, including vehicle lifts, transmission jacks, and hydraulic presses. Industrially, it provides reliable lubrication and protection for various hydraulic power units, material handling equipment, and manufacturing machinery, contributing to smooth operation and prolonged equipment life.

Recommended Alternatives

  • Esco Equipment
    Other products
    Esco Equipment Homepage
  • Model: 266688
  • Shipping Weight: 36lbs
  • UPC: 816904022440
  • Manufacturers Part #: 10902
  • Manufactured by: Esco Equipment
  • Also Known As: ESC-10902, ESC10902

This product was added to our catalog on Saturday 24 March, 2018.