Redline Oil High-Temp Atf - 1 Quart

Redline High-Temp ATF is the ideal solution for heavily-loaded vehicles that operate under extreme conditions. With its advanced formulation, this full-synthetic transmission fluid allows for up to 70°F higher operating temperatures than traditional ATFs while maintaining a thicker viscosity to ensure optimal protection and performance. Redline High-Temp ATF is designed to excel in high-stress applications, ensuring smooth transmission operation and reliability even in the most demanding environments.

This fluid is engineered for vehicles that require Dexron III®, Dexron II®, Mercon® or GL-4 gear oil, and it dramatically reduces evaporation, preventing the formation of harmful varnish on valves and clutches that can occur under high-temperature conditions. By maintaining superior viscosity stability, it provides long-lasting protection, reduces wear, and enhances transmission efficiency.

Redline High-Temp ATF also delivers exceptional thermal stability and reduced oxidation at elevated temperatures, allowing it to outperform conventional fluids and extend drain intervals. Its lower volatility ensures less fluid loss and a cleaner, more efficient transmission. Whether you're running a performance vehicle, towing, or operating in extreme environments, this ATF keeps your transmission running smoothly, even in the harshest conditions.

Key Benefits:

• Designed for extreme high-temperature operation, maintaining viscosity and protecting key components.
• Prevents varnish buildup on valves and clutches in demanding conditions.
• Provides improved thermal stability, reduced oxidation, and lower volatility compared to traditional ATFs.
• Allows for extended drain intervals, reducing maintenance frequency and costs.
• Fully synthetic formula with OE-recommended additives for smooth operation.
• Compatible with Dexron III®, Dexron II®, Mercon®, and GL-4 gear oil specifications.

Redline High-Temp ATF ensures your transmission remains protected, efficient, and reliable, no matter the conditions.