NAMURA Forged Piston Kit 76.95 for Yamaha FX-40032-B

100% CNC-machine piston domes
Hard anodized domes for reduced carbon build-up
Heat resistance and M0S2 coated skirts for excellent break-in protection and properties
Carefully developed for the highest level of quality
Unsurpassed in functionality and reliability
Ready to serve reliably for years to come


Forged Piston Kit (FX-40032-B) by Namura Technologies Inc.®. Piston size: 76.95 mm. Oversize: +0.01. Namura Technologies Inc. Forged pistons offer dyno-proven gains in performance and durability over industry-standard 4032 forged pistons. Namura Technologies Inc.'s exclusive forged alloy offers lower expansion rates, allowing for tighter build tolerances and superior tensile and yield strength at operating temperatures.

Pistons
Rings
Circlips

The NAMURA Forged Piston Kit 76.95 for Yamaha offers high-performance durability for your engine rebuilds. Designed with precision engineering, this piston kit ensures optimal fit and reliable operation under demanding conditions. Constructed from high-quality forged materials, it provides enhanced strength and resistance to wear, making it suitable for both recreational and professional applications. The kit includes all necessary components for a complete overhaul, simplifying installation and reducing downtime.

Engineered for precision, the NAMURA FX-40032-B piston features a robust design that maintains tight tolerances, ensuring efficient combustion and power delivery. Its forged construction contributes to improved thermal stability and longevity, helping your Yamaha engine run smoothly and efficiently over extended periods. Whether upgrading or restoring your engine, this piston kit delivers dependable performance with a focus on quality and durability.

Features:

• High-strength forged construction for enhanced durability

• Precisely engineered for Yamaha FX-40032-B models

• Optimized for reliable combustion and power output

• Complete piston kit for straightforward installation

• Designed to withstand demanding operational conditions