Description

Valvoline Dex/Merc ATF is a high-performance automatic transmission fluid specifically designed to meet and exceed the requirements of automatic transmissions in vehicles specifying Dexron-III fluids. This fluid is ideal for ensuring smooth shifting and optimal performance in various vehicles, particularly those from Ford, GM, and select import brands manufactured before 2006.

Formulated with premium base stocks and advanced additive technology, Valvoline Dex/Merc ATF delivers exceptional low-temperature fluidity. This characteristic is beneficial for both electronic and hydraulic controlled transmissions and transaxles. The advanced formulation resists thickening and high-temperature breakdown, ensuring reliable operation under various driving conditions. Valvoline Dex/Merc ATF provides excellent wear protection and shudder resistance, making it a trusted choice for maintaining your transmission system.

Key Features:

Formulated with premium base stocks and advanced additive technology to meet the demanding needs of automatic transmissions.
Enhanced anti-shudder protection for smooth shifting and maximum power transfer.
Developed with anti-wear technology to improve transmission durability and longevity.
Engineered for better oil flow at low temperatures, ensuring reliable performance in cold conditions.
Resists thickening and high-temperature breakdown, providing consistent performance across various environments.
Suitable for most Ford, GM, and select import vehicles manufactured before 2006, including specific recommendations for Mercon, Dexron-III, and Allison C-4.
Comes in a convenient 1-gallon size, perfect for both professional and DIY use.

Valvoline Dex/Merc ATF is an excellent choice for vehicle owners seeking a reliable automatic transmission fluid. Its unique formulation ensures that your transmission operates smoothly and efficiently, providing peace of mind for many shifts and miles ahead. Trust Valvoline, the #1 automatic transmission fluid brand, to keep your vehicle’s transmission in optimal condition.