4.155″ BORE + .005″ RINGS SET 1/16″ 1/16″ 3/16″, STD TENSION

Description

Maximize engine efficiency and longevity with this precisely engineered piston ring set designed for a 4.155″ bore plus .005″ oversize. By providing an exact fit, these rings reduce blow-by and oil consumption, maintaining optimal compression and engine power under demanding conditions.

This set includes three rings with specific thicknesses of 1/16″, 1/16″, and 3/16″, each with standard tension to balance sealing performance and wear resistance. The combination ensures effective control of combustion gases and oil film, directly contributing to smoother engine operation and extended component life.

Manufactured by JE Pistons, a leader in performance engine components, these rings weigh 1.1700 kg and measure 27.90 cm in length, 5.10 cm in width, and 14.00 cm in height, fitting seamlessly into compatible engine assemblies. The .005″ oversize accounts for cylinder wear or bore modifications, providing a secure seal that prevents power loss and maintains compression integrity.

The standard tension rating optimizes ring-to-cylinder wall contact pressure, balancing friction and sealing efficiency to reduce wear without sacrificing performance. This tension level is ideal for maintaining engine reliability across a wide range of operating conditions.

Designed specifically for serious engine builders and performance enthusiasts, this ring set addresses common issues such as ring flutter and blow-by that degrade engine output and increase oil consumption. The precise dimensions and tension specifications ensure long-term durability and consistent performance.

Integrating this piston ring set into your engine rebuild or upgrade guarantees improved combustion sealing, reduced oil contamination, and enhanced overall engine responsiveness. Its exact specifications make it a critical component for maintaining engine integrity and maximizing power output.

Choose this JE Pistons 4.155″ bore + .005″ oversize ring set to achieve a balance of performance, reliability, and durability engineered to meet the demands of high-performance and everyday engines alike.