VALVE GUIDE EXHAUST YZF400/426, KIBBLEWHITE 80-80120, YAMAHA YZF/WRF400/426 98-02
This standard exhaust valve guide is made from C63000 nickel-aluminium bronze and is designed for exhaust valve applications. It offers excellent wear resistance and thermal conductivity. The standard outside diameter is 0.3957 inches. Specifications include: A: 0.580 inches (14.74 mm), B: 0.610 inches (15.50 mm), C: 0.580 inches (14.74 mm), D: 0.695 inches (17.66 mm), E: 0.420 inches (10.67 mm), F: 0.1955 inches (4.96 mm), and G: 0.3957 inches (10.05 mm). This guide is designed to maintain airflow efficiency and withstand high temperatures. Cross-reference OEM Part Numbers include 65-942+000 and Kibblewhite #80-80120.
- SKU
- 65-942+000
- Brand
- Kibblewhite
- Availability
- In Stock (3)
FULL DESCRIPTION
Kibblewhite Exhaust Valve Guide for Yamaha YZF/WRF 400/426
Enhance your engine's performance and durability with this premium exhaust valve guide from Kibblewhite. Engineered specifically for high-performance applications, this guide is constructed from robust C63000 nickel-aluminium bronze, a material renowned for its exceptional wear resistance and excellent thermal conductivity. This ensures reliable operation and longevity even under demanding engine conditions.
Designed as a direct replacement, this valve guide maintains precise airflow and contributes to efficient exhaust gas management. Its standard outside diameter of 0.3957 inches is critical for ensuring a perfect fit and optimal valve function, helping to maintain your engine's peak performance.
Key Features:
- Material: Constructed from high-grade C63000 nickel-aluminium bronze for superior strength and durability.
- Application: Specifically designed for exhaust valve systems.
- Dimensions: Features a standard outside diameter of 0.3957" (10.05 mm), with precise measurements for a perfect fit (A: 0.580", B: 0.610", C: 0.580", D: 0.695", E: 0.420", F: 0.1955").
- Performance Benefits: Offers exceptional wear resistance and high thermal conductivity to withstand extreme engine temperatures and maintain performance.
- Engine Efficiency: Engineered to help maintain airflow efficiency and protect against valve seat wear.
