Kibblewhite Valve Spring Kit - Chrome-Silicon - 40-40850

Upgrade your engine's valve train with the Kibblewhite Valve Spring Kit. This kit provides enhanced performance and reliability for both intake and exhaust valves. Engineered for high-performance applications, this kit ensures optimal valve control and prevents valve float, even at high RPMs.

Description

The Kibblewhite Valve Spring Kit is designed for use with standard and oversized valves, offering versatility for various engine builds. Each kit includes precision-engineered springs and lightweight titanium upper collars, with lower collars included where necessary. These components work together to improve valve response and increase engine efficiency. The springs are made from high-quality chrome-silicon, providing exceptional durability and resistance to fatigue under extreme conditions. This kit is designed to provide improved valve train dynamics and is crucial for maintaining consistent valve operation, maximizing horsepower and torque. The specified spring lift of 0.445" ensures compatibility with a wide range of camshaft profiles. Built to exacting standards in the USA, this kit provides the quality and performance you can rely on.

Features & highlights

• Optimized for both intake and exhaust valves.
• Includes lightweight titanium upper collars for reduced valve train mass.
• Chrome-silicon springs offer superior durability and resistance to fatigue.
• Engineered for use with standard and oversized valves.
• Improves valve response and engine efficiency.
• Maintains consistent valve operation at high RPMs.
• Made in the USA.

Technical specifications

• Brand: Kibblewhite
• Vendor Part Number: 40-40850
• Application: Exhaust, Intake
• Collar Material: Titanium
• Material: Chrome-Silicon
• Product Type: Valve Spring Kit
• Spring Lift: 0.445"
• Spring Open Pressure: Intake 162 lb, Exhaust 153 lb
• Spring Seat Pressure: Intake 50 lb, Exhaust 44 lb

Important to know

Keepers are not included and must be purchased separately. This spring kit is complete for one motor.