PISTON KIT LTZ400 KFX400 90.00, NAMURA NA-30002-C SUZ, KAW
Namura Piston Kit for LTZ400 and KFX400 with a 90.00mm bore. Part number NA-30002-C. This high-performance Namura piston assembly is engineered in the USA and manufactured in Taiwan. It features a high-silicon content Hypereutectic cast aluminum material for reduced heat expansion, tighter clearances, increased hardness, longer life, and reduced scuffing. Machined, smooth piston crowns minimize carbon buildup, increasing horsepower and fuel economy. Hard anodized crowns offer enhanced strength and minimal expansion, reducing the chance of cold seizures when combined with Teflon/Molybdenum coated skirts. MOS2 (Teflon/Molybdenum) coated skirts perform to the highest standards, reducing friction and heat for added power and longevity. Namura rings match OEM design, with -B (.0004 in.) and -C (.0008 in.) fractional oversize options available.
- SKU
- 56-W4713.C.NT
- Brand
- Namura Technologies
- Availability
- In Stock (5)
FULL DESCRIPTION
Namura Piston Kit - 90mm Bore
This high-performance piston assembly from Namura is engineered in the USA and manufactured in Taiwan. It features a 90mm bore, making it suitable for specific engine applications that require this precise size.
Key Features:
- Material: Constructed from high-silicon content Hypereutectic cast aluminum for reduced heat expansion, tighter clearances, increased hardness, and longer life.
- Machined Crowns: Features smooth, machined piston crowns to minimize carbon buildup, enhance horsepower, and improve fuel economy.
- Hard Anodized Crowns: The crowns are hard anodized, providing 75% greater strength than non-anodized versions. This minimizes expansion and reduces the risk of cold seizures, especially when paired with the coated skirts.
- Teflon/Molybdenum Coated Skirts: MOS2 (Teflon/Molybdenum) coated skirts offer superior performance by reducing friction and heat, contributing to increased power and longevity.
- Ring Design: Namura rings are designed to match OEM specifications, with options for fractional oversizes (-B and -C) to ensure a perfect fit and optimal performance.
