Cloyes 9-5635 Engine Timing Chain Guide - Left

Cloyes 9-5635 Timing Chain Guide

The Cloyes 9-5635 engine timing chain guide is a direct-fit valve train component for specific Chrysler, Dodge, and related applications. It is built with steel and nylon construction to guide the inverted tooth timing chain and help maintain proper chain tracking in the engine.

Key Features

• Steel / nylon construction for strength and chain contact durability
• Specific fit design for application-matched installation
• Inverted tooth chain type application
• Gray finish
• Overall length: 6.25 in.
• Width: 1.00 in.; height: 2.25 in.
• Two mounting holes with mounting bracket included
• CAD-designed and manufactured with advanced materials

Product Details

This Cloyes timing chain guide is engineered to meet or exceed OEM performance requirements and is built for quiet, maintenance-free operation. The guide tracks the timing chain between the crankshaft and camshaft, helping preserve correct chain path and tension control in the valvetrain. Cloyes 9-5635 is a specific-fit replacement for select 2008-2010 Chrysler 300, 2008-2010 Chrysler Sebring, 2008-2010 Dodge Avenger, 2008-2010 Dodge Charger, and 2008 Dodge Magnum left-side applications. This part cross-references 95635 and 4892352AA for the same application.

What It Helps Address

• Timing chain noise from worn guide surfaces
• Chain tracking issues caused by damaged guide material
• Improper chain support in left-side timing assemblies
• Wear-related valvetrain timing instability
• Replacement needs during timing chain service on Chrysler and Dodge engines

Installation Notes

Verify part number, dimensions, and left-side position before purchase. For timing system service, Cloyes recommends replacing the chain tensioner, sprockets, and guides together when the chain is replaced. Confirm application details against the vehicle’s engine configuration before installation.

Quality Assurance

Cloyes designs and tests its timing components for function and durability, using CAD development and advanced materials to support consistent performance in engine timing systems.