AMSOIL PI PERFORMANCE 355ML

AMSOIL PI Performance Improver is a fuel additive designed to enhance the performance and efficiency of gasoline engines. It is formulated to clean fuel injectors, carburetors, intake valves, and combustion chambers, helping to restore power and fuel economy.

Key features and benefits of AMSOIL PI Performance Improver include:

1. Cleans Deposits: The formula effectively removes deposits and carbon buildup from fuel injectors, intake valves, and combustion chambers. This helps restore engine power and efficiency by optimizing fuel atomization and combustion.
2. Improves Fuel Economy: By restoring proper fuel atomization and combustion, AMSOIL PI Performance Improver can help improve fuel economy. Cleaner injectors and combustion chambers result in more efficient fuel consumption.
3. Reduces Emissions: Cleaner combustion helps reduce harmful exhaust emissions, including carbon monoxide (CO), hydrocarbons (HC), and nitrogen oxides (NOx), promoting a cleaner-running engine and reducing environmental impact.
4. Prevents Rough Idle and Hesitation: Deposits in fuel injectors and on intake valves can cause rough idle, hesitation, and poor throttle response. AMSOIL PI Performance Improver helps eliminate these issues, resulting in smoother engine operation.
5. Compatible with all Gasoline Engines: Whether you have a modern direct-injection engine or a carbureted classic, AMSOIL PI Performance Improver is suitable for use in all gasoline engines, including two-stroke engines.
6. Easy to Use: Simply add the recommended dosage of AMSOIL PI Performance Improver to your vehicle’s fuel tank during fill-up. The concentrated formula mixes easily with gasoline and begins working immediately.
7. Recommended Usage: AMSOIL recommends using PI Performance Improver every 4,000 miles or with every oil change for optimal performance and fuel system cleanliness.

Overall, AMSOIL PI Performance Improver is a trusted solution for maintaining peak engine performance, improving fuel efficiency, and reducing emissions in gasoline-powered vehicles.