Mahle Rings Ford Pass 281 4.6L Windsor Eng 96-97 Ford Trk 330 5.4L Eng 97-01 Moly Ring Set
$135.99
MAHLE(R) piston rings are the most technically advanced piston rings in the industry. Driven by OE requirements; reducing friction and ring mass while minimizing engine oil consumption, and providing longer service life. MAHLE piston rings lead the industry for the latest piston ring technology.
The Mahle OE MHL41787CP.030 piston ring set is engineered to meet the highest standards of modern engine design. Designed specifically for Ford 4.6L Windsor engines from 1996 to 1997 and 5.4L engines from 1997 to 2001, these rings incorporate advanced technology to optimize engine performance. Constructed with precision, these piston rings feature a moly coating that ensures durability and reduces wear over time, contributing to a longer engine lifespan. The design focuses on minimizing friction and ring mass, which helps improve fuel efficiency and engine responsiveness.
Mahle OE piston rings are driven by original equipment (OE) requirements, ensuring seamless fit and function within your engine. The innovative design also aims to reduce engine oil consumption, supporting cleaner emissions and lower maintenance costs. The rings are manufactured with high-quality materials to withstand the demanding conditions within the combustion chamber and maintain optimal sealing performance across extensive service intervals.
These piston rings are a reliable choice for automotive professionals and DIY enthusiasts seeking to restore or enhance engine performance. Easy to install and engineered for longevity, the Mahle OE MHL41787CP.030 set is a vital component in maintaining the efficiency and reliability of your Ford engine. Trust Mahle OE for industry-leading piston ring technology that ensures your engine runs smoothly and efficiently over many miles.
Features:
- Designed specifically for Ford 4.6L Windsor engines (96-97) and 5.4L engines (97-01)
- Constructed with advanced moly coating for durability and reduced wear
- Engineered to minimize friction and ring mass for improved fuel efficiency
- Reduces engine oil consumption, supporting cleaner emissions
- Meets OE standards for seamless fit and reliable performance