CLMB3249VCTL(9) Clevite Kb Hemi Lower Thrust Bearing Nitro #3 Journal Tray Of 9

Description

Maintaining optimal engine stability requires controlling axial movement in critical areas. The KB HEMI Lower Thrust Bearing targets this challenge by providing a robust solution for the #3 journal, minimizing wear and enhancing longevity.

This product features a tray of 9 bearings engineered specifically for HEMI engines, ensuring consistent performance across each installation. Each bearing measures precisely 29.50 cm in length, 9.00 cm in width, and 4.50 cm in height, dimensions that guarantee an exact fit and reliable thrust control within the engine assembly.

Manufactured by Clevite, a recognized brand in engine components, these bearings offer durability under high-stress conditions. Weighing 0.8800 kg, the set balances strength with manageable installation weight, facilitating efficient assembly without compromising structural integrity.

• Precision Fit: The specific dimensions ensure compatibility with HEMI #3 journal applications, reducing axial play and protecting crankshaft components from excessive wear.
• Durable Construction: Crafted from materials optimized for high load capacity, these bearings endure demanding engine environments, extending service intervals.
• Complete Set: The tray includes 9 bearings, providing a comprehensive solution for the lower thrust area, simplifying maintenance and overhaul processes.

These bearings play a critical role in maintaining engine balance and reducing friction where axial forces are highest. Their engineered specifications directly translate to improved engine reliability and smoother operation under load.

Designed exclusively for engine and component applications within the HEMI series, this bearing set integrates seamlessly into existing assemblies, ensuring consistent performance and ease of replacement.

Invest in this KB HEMI Lower Thrust Bearing tray to uphold engine precision and durability. Its exacting specifications and trusted brand pedigree provide confidence in performance-critical environments.