ENEOS ECO ATF is a fuel efficient, low viscosity automatic transmission fluid that meets many of the ATF needs for Toyota, Honda, Nissan, Mitsubishi, Hyundai/Kia, GM and Ford vehicles today. ENEOS ECO ATF contains premium base stocks and a low-molecular weight VI improver. The base oil provides improved oxidative and thermal stability. The additive chemistry provides high resistance to mechanical shear and fatigue.
ENEOS ECO ATF was developed using technology to improve fuel economy in automatic transmissions. Using ENEOS ECO ATF will help to reduce energy loss from oil churning in the torque converter and reduce drag resistance in the shift clutch without compromising fatigue prevention or anti-wear performance.
Meets GM's and Ford's ATF Standards
ENEOS ECO-ATF meets the latest General Motors DEXRON-III and Ford MERCON standards.
Compatible with Both Regular and Slip-Lockup Automatic Transmissions
ENEOS ECO-ATF is a multipurpose ATF that can be used in both regular automatic transmissions and in the increasingly popular transmissions that have slip-lockup control systems.
Outstanding Friction Characteristics and Antishudder Protection
Thanks to its well-balanced blend of carefully selected additives, ENEOS ECO ATF has outstanding friction characteristics with wet clutches and brakes (characteristics that affect the shifting performance of automatic transmissions). As a result, gear shifting is smoother with less shock. The fluid also has superb, long-lasting antishudder protection.
Excellent Compatibility with Transmission Materials
The friction modifiers and other additives in ENEOS ECO ATF have been carefully screened for top-level compatibility with the rubber, nylon, and plastic materials used in the components of automatic transmissions.
Provides Top-Class ATF Performance
The well-balanced blend of high-performance base oils and carefully selected additives used in ENEOS ECO ATF ensure superior performance in every area required of ATFs, including low-temperature flow properties, oxidation stability, antiwear, shear stability, and foaming prevention.