SPE920K 020 Speed Pro 4.020″ Moly Rings Set 6 Cyl 1.5 1.5 3.0mm Std Tension

Description

Maximize your engine’s efficiency and longevity with this 4.020″ molybdenum piston ring set engineered specifically for six-cylinder configurations. Proper sealing reduces blow-by gases and oil consumption, directly improving power output and fuel economy.

Speed Pro’s molybdenum-coated rings provide superior wear resistance and enhanced durability compared to conventional rings. This coating reduces friction and extends service intervals, minimizing maintenance demands and downtime.

The set includes compression and oil rings with thicknesses of 1.5 mm, 1.5 mm, and 3.0 mm respectively, all calibrated with standard tension. This precise tension ensures optimal ring-to-cylinder wall contact, maintaining effective compression without excessive wear on the cylinder liner.

Constructed to exacting standards, the rings measure 4.020″ in diameter, matching OEM specifications for compatible six-cylinder engines, ensuring a proper fit and reliable operation. The set’s compact packaging (25.50 cm length, 13.00 cm width, 5.00 cm height) and lightweight design (0.2800 kg) facilitate easy handling and installation.

These piston rings are critical for maintaining engine integrity, controlling oil consumption, and preventing combustion gas leakage. By restoring proper sealing, they support consistent compression pressures, which translates into smoother engine operation and reduced emissions.

Designed for professional engine rebuilds and performance restorations, this Speed Pro molybdenum ring set delivers proven reliability and performance. Its specialized material and precise dimensions provide a tailored solution for six-cylinder engines demanding durable, high-quality components.

Invest in this molybdenum piston ring set to ensure your engine maintains optimal sealing, durability, and efficiency under standard tension conditions. Enhanced wear resistance and exact fitment make it an essential component for sustained engine performance.