Functional Fluid, Lubricant, Grease (including Additives)

Valvoline Import Multi-Vehicle Automatic Transmission Fluid is specifically formulated for use in most Toyota, Nissan, Honda and other imported vehicles. It is formulated with all synthetic base stocks and a proprietary additive system to ensure optimal transmission performance in a wide variety of vehicles. Valvoline Import Multi-Vehicle ATF can also be used in many domestic vehicles. It meets requirements of General Motors and Ford vehicles. Recommended for use in the following applications: Ford MERCON, GM DEXRON-II and DEXRON-III, BMW LT 71141 and ETL-7045E, Nissan/Infiniti Nissan ATF, Matic-D, Matic-K and Matic-J, Mitsubishi Diamond SP-II and SP-III, Subaru ATF-HP, Hyundai/ KIA SP-II and SP-III, Toyota/Lexus Type T, T-III and T-IV, Honda/Acura ATF-Z1 (except in CVTs), Mercedes Benz NAG1, Volvo passenger car (except AW-1), and Volkswagen/Audi TL52162. For CVT applications Valvoline recommends Valvoline Full Synthetic CVT Fluid.

OE Engineered and Formulated Vehicle Specific Automatic Transmission Fluid; Preferred by Factory and Professional Technicians

OE Engineered and Formulated Vehicle Specific Automatic Transmission Fluid; Preferred by Factory and Professional Technicians

1) Engineered to provide enhanced fuel economy and superior low-temperature flow properties, 2) Precisely engineered frictional characteristics guarantee smooth shifting and outstanding anti-shudder performance, 3) Excellent resistance to oxidation and thermal breakdown provides long fluid life and extended protection, 4) Provides superior cleanliness, keeping the transmission free of sludge and varnish deposits, 5) Advanced anti-wear technology provides maximum protection to gears and bearings, 6) Excellent seal compatibility and conditioning reduces risk of fluid leaks due to seal shrinkage, hardening and cracking

1) Precisely engineered frictional characteristics guarantee smooth shifting and outstanding anti-shudder performance, 2) Excellent resistance to oxidation and thermal breakdown provides long fluid life and extended protection, 3) Provides superior deposit control and protects metal surfaces from rust and corrosion, 4) Advanced anti-wear technology provides maximum protection to gears and bearings

1) Optimized viscosity and advanced friction-reducing additive technology, 2) Precisely engineered frictional characteristics guarantee smooth shifting and outstanding anti-shudder performance, 3) Excellent resistance to oxidation and thermal breakdown provides long fluid life and extended protection, 4) Provides superior deposit control and protects metal surfaces from rust and corrosion, 5) Exceptional wear protection of gears and bearings, 6) Excellent seal compatibility and conditioning reduces risk of fluid leaks due to seal shrinkage, hardening and cracking

1) Precisely engineered frictional characteristics guarantee smooth shifting and outstanding anti-shudder performance, 2) Excellent resistance to oxidation and thermal breakdown provides long fluid life and extended protection, 3) Provides superior cleanliness, keeping the transmission free of sludge and varnish deposits, 4) Advanced anti-wear technology provides maximum protection to gears and bearings, 5) Excellent seal compatibility and conditioning reduces risk of fluid leaks due to seal shrinkage, hardening and cracking

1) Precisely engineered frictional characteristics guarantee smooth shifting and outstanding anti-shudder performance, 2) Excellent resistance to oxidation and thermal breakdown provides long fluid life and extended protection, 3) Provides superior cleanliness, keeping the transmission free of sludge and varnish deposits, 4) Advanced anti-wear technology provides maximum protection to gears and bearings, 5) Excellent seal compatibility and conditioning reduces risk of fluid leaks due to seal shrinkage, hardening and cracking

1) Precisely engineered frictional characteristics guarantee smooth shifting and outstanding anti-shudder performance, 2) Excellent resistance to oxidation and thermal breakdown provides long fluid life and extended protection, 3) Provides superior deposit control and protects metal surfaces from rust and corrosion, 4) Advanced anti-wear technology provides maximum protection to gears and bearings, 5) Excellent seal compatibility and conditioning reduces risk of fluid leaks due to seal shrinkage, hardening and cracking

OE Engineered and Formulated Vehicle Specific Automatic Transmission Fluid; Preferred by Factory and Professional Technicians

OE Engineered and Formulated Vehicle Specific Automatic Transmission Fluid; Preferred by Factory and Professional Technicians

Valvoline MaxLife Multi-Vehicle ATF is a full-synthetic formulation with advanced additives to prevent the major causes of transmission breakdown and help extend transmission life.  Developed to help prevent leaks, maximize transmission performance, reduce transmission wear, and maintain smooth shifting longer than conventional fluids. It is suitable for use in a broad range of ATF applications including most Ford, GM, Toyota, Honda, Nissan, Hyundai, BMW, Mercedes, Volvo, VW & Audi. Recommended for use in the following applications: GM DEXRON-II, DEXRON-III, DEXRON-VI, Ford MERCON LV, Toyota/Lexus Type T, T-II, T-IV, WS, Honda/Acura, ATF-Z1, Nissan/Infiniti Matic-D, Matic-J, Matric-K, Matic-S, Hyundai/Kia SP-II, SP-III, SP-IV, SPH-IV, BMW 7045E, ETL 8072B, LA2634, LT71141, Allison C-4, Mercedes Benz NAG-1, Volvo 1161521, 1161540, 97340, 1273.41, and VW/Audi G-052-025-A2, G-052-162-A1. For CVT applications Valvoline recommends Valvoline Full Synthetic CVT Fluid.

Mobil 1 Synthetic LV ATF HP is a high performance synthetic formulation that delivers extended transmission life with its improved oxidation and thermal stability. Mobil 1 Synthetic LV ATF HP has frictional properties that provide smooth gear shifting during all operating conditions. The inherently high viscosity index and stability of Mobil 1 Synthetic LV ATF HP helps to protect against thermal breakdown at high operating temperatures, while still providing outstanding performance at extremely low ambient temperatures. High viscosity index and outstanding low-temperature fluidity improve overall transmission durability and cleanliness.