The Mahle OE 51500 plasma moly ductile low tension ring set is engineered for high-performance automotive applications with a 4.155-inch bore size. These rings feature a .043-inch (1.09 mm) thickness and are designed to provide optimal sealing and durability in demanding engine environments. Crafted with advanced plasma moly coating technology, these rings offer excellent wear resistance and reduced friction, which contribute to improved engine efficiency and longevity. The set's low tension design ensures minimal stress on the piston and cylinder wall, promoting better compression and combustion efficiency. Ideal for rebuilding or enhancing engine performance, these rings meet the rigorous standards of automotive maintenance and repair.
Mahle OE is a trusted name in automotive components, offering precision-engineered parts that meet or exceed OEM specifications. This ring set is suitable for a range of high-performance engines where durability and reliability are paramount. The reduced radial tension design helps in minimizing piston ring stretch and ensuring consistent sealing over extended periods of use. Whether for professional engine rebuilds or high-performance upgrades, these rings provide a dependable solution that enhances engine operation and efficiency.
Installation of these rings requires careful handling and proper alignment during assembly to maximize their performance benefits. They are not CARB approved and are intended for use in non-emission-sensitive applications. Designed for straightforward installation, the Mahle OE plasma moly ductile rings offer an excellent balance of performance, durability, and quality, making them a preferred choice for automotive professionals and enthusiasts alike.
Features:
- Bore size: 4.155 inches for precise engine fit
- Thickness: .043 inch (1.09 mm) plasma moly coating for wear resistance
- Low tension design reduces stress on piston and cylinder wall
- Constructed with ductile iron for durability and strength
- Enhanced sealing and combustion efficiency for high-performance engines