Mahle Pistons Performance Ring Set 4.035 in Bore File Fit 1.5 1.5 3.0mm
The Mahle Pistons Performance Ring Set is meticulously engineered to elevate the performance of high-output engines. With a bore size of 4.035 inches, this ring set is specifically designed for enthusiasts seeking maximum efficiency and reliability. Constructed from high-quality materials, the rings provide optimal sealing, which is crucial for maintaining compression and improving overall engine performance. Their file-fit design allows for precise customization to suit individual cylinder specifications, ensuring that each engine is equipped with the best possible fit for peak performance.
This ring set features a tri-component structure with two compression rings and one oil control ring. The 1.5mm thickness of the compression rings allows for reduced drag, resulting in improved horsepower and torque. The 3.0mm oil control ring effectively manages oil consumption and minimizes deposits in the combustion chamber, promoting longevity and cleanliness within the engine. The combination of these attributes not only increases efficiency but also enhances throttle response, giving drivers more control and power during acceleration.
FITMENT:
This performance ring set is specifically compatible with engines that require a 4.035-inch bore and utilize a file-fit setup. It is ideal for high-performance applications, making it a perfect choice for racing enthusiasts and those undertaking serious engine modifications.
Key Features & Benefits
- Precision-engineered for a bore size of 4.035 inches, ensuring compatibility with specific high-performance engines.
- File-fit design allows for customization, enabling optimal fitting to various cylinder walls for enhanced performance.
- Two 1.5mm compression rings reduce drag and improve horsepower and torque output.
- One 3.0mm oil control ring effectively regulates oil consumption, reducing the formation of combustion deposits.
- Constructed from high-quality materials that offer durability and reliability under high-stress conditions.
