JJ50008-4155-5 Je Pistons 4.155″ Bore + .005″ Zgs Rings 1/16″ 1/16″ 3/16″, Low Tension

Description

Enhance your engine’s efficiency and longevity with piston rings engineered to reduce friction and maintain optimal compression. The 4.155″ bore size with a .005″ oversize adjustment ensures a precise fit, addressing wear and improving sealing for sustained performance under demanding conditions.

This JE Pistons ring set features a low-tension design, significantly lowering the radial force exerted on the cylinder walls. This reduction in tension decreases mechanical drag, resulting in improved fuel efficiency and smoother engine operation without compromising compression integrity.

• Oversized bore specification: The .005″ oversize accommodates cylinder wear, ensuring a tight seal and consistent compression over the engine’s lifespan.
• Ring dimensions: The set includes rings measuring 1/16″, 1/16″, and 3/16″ thicknesses, precisely engineered to balance oil control and combustion chamber sealing for optimal performance.
• Low-tension rings: Reduce cylinder wall wear and friction, extending engine component life and maintaining power output.
• Material and build quality: Manufactured by JE Pistons, known for high-grade materials and tight manufacturing tolerances, ensuring durability and consistent performance.
• Physical dimensions and weight: The set weighs 0.68 kg and measures 27.90 cm in length, 5.10 cm in width, and 14.00 cm in height, facilitating compatibility with relevant engine assemblies and ease of installation.

These piston rings are specifically designed for engine rebuilds or upgrades requiring precise bore sizing and enhanced sealing characteristics. Their low-tension profile optimizes performance by reducing friction losses, which is critical for high-output or long-lasting applications.

Investing in these JE Pistons rings means securing engineered components that uphold engine reliability and efficiency. Their exacting specifications and material quality provide a definitive solution for maintaining compression and controlling oil consumption in demanding engine environments.