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

Description

Maximize engine performance and longevity with this meticulously crafted piston ring set designed to provide superior sealing and oil control. The 4.080″ bore with .005″ oversized rings compensates for cylinder wear, ensuring a tight fit that maintains optimal compression and reduces blow-by.

The set includes rings with thicknesses of 1/16″, 1/16″, and 3/16″ combined with standard tension, striking a balance between effective sealing and minimal friction. This configuration reduces wear on both the rings and cylinder walls, enhancing engine efficiency and component lifespan.

Manufactured by Je Pistons, a reputable brand in engine components, this ring set weighs precisely 1.15 kilograms, indicating robust construction without unnecessary bulk. Its dimensions—27.90 cm in length, 5.10 cm in width, and 14.00 cm in height—ensure compatibility with engines requiring this specific bore size and ring thickness arrangement.

Constructed from durable materials designed to withstand high temperatures and pressures, these piston rings maintain their shape and tension under demanding operating conditions. The standard tension specification ensures consistent contact with cylinder walls, reducing oil consumption and preventing gas leakage.

This piston ring set is ideal for engine rebuilds or upgrades where precise bore sizing and ring fit are critical. The .005″ oversize accommodates machining tolerances or wear, providing a customizable fit that extends engine life and maintains peak performance.

Key benefits include:

• Precise 4.080″ bore with .005″ oversize for accurate cylinder fit and maintained compression.
• Standard tension rings sized 1/16″, 1/16″, and 3/16″ for optimal sealing and reduced friction.
• Durable construction from high-quality materials for resistance to heat and wear.
• Compact dimensions ensuring compatibility with specified engine designs.

Confidently upgrade your engine components with this Je Pistons piston ring set engineered for reliability, efficiency, and enhanced performance under rigorous conditions.