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ENEOS ECO-ATF line has been discontinued, but product is still available for purchase at some retailers. Although no longer in production, ENEOS ECO-ATF continues to provide the high quality and performance expected from ENEOS products

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.

Download our Product Data Sheet

Category: SKU: 3103-300

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 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.

ENEOS ECO-ATF is compatible with ALL Japanese vehicles equipped with torque converter automatic transmissions (excluding CVTs). This includes conventional 4-speed slip-lock-up ATs, 5- and 6-speed automatic transmissions. ENEOS ECO-ATF is compatible with all types of rubber, nylon and resin materials used for mechanical parts (seals, gaskets, friction materials, etc.) typically found in automatic transmissions.

ENEOS ECO-ATF is compatible with transmissions requiring Toyota T-IV and WS, Honda Z1 and DW1, Nissan Matic J and S, Mitsubishi/Hyundai/Kia SP-III, GM Dexron III, Ford Mercon and others. (not compatible with CVTs and ATs requiring Ford Type F.)

Appearance Red
Density (15°C) g/cm3 D4052 0.849
Flash point (COC) °C D92 220
Kinematic viscosity
(40°C) mm2/s D445 27.67
(100°C) mm2/s D445 5.73
Viscosity index D2270 155
Brookfield viscosity (–40°C) mPa-s D2983 16,400
Pour point °C D97 -47
TAN mgKOH/g D664 1.34
TBN (HCl method) mgKOH/g D4739 1.93
Copper strip corrosion (100°C, 3 h) D130 1b
Aniline point °C D661 112
Foaming prevention, ml/ml Seq. I D892 0/0
Seq. II D892 20/0
Seq. III D892 0/0

Revised 10/14

For complete safety information, view our Safety Data Sheet (SDS) [download PDF].