Cloyes 9-5367 Engine Timing Chain Guide - Upper

Cloyes Timing Chain Guide for Upper Timing Systems

The Cloyes 9-5367 engine timing chain guide is a specific-fit upper guide for select GM applications. Built with a nylon wear surface, shoe, and bracket, it helps maintain timing chain alignment in the valve train for consistent operation.

• Engine timing chain guide for upper position applications
• Nylon construction with shoe included
• Bracket included; bolts not included
• Specific fit for select Chevrolet, Pontiac, Oldsmobile, and Buick models
• Yellow guide surface for easy identification during service

Product Details

Cloyes part number 9-5367 is an engine timing chain guide designed for the upper timing chain path. It is engineered to meet or exceed OEM performance requirements and is CAD designed using advanced materials for durability and quiet operation. This guide is used in timing systems where the chain connects the crankshaft and camshaft, and it is built for direct replacement service on applications such as the Chevrolet Cavalier, Pontiac Sunfire, Pontiac Grand Am, Oldsmobile Alero, Chevrolet Malibu, Buick Skylark, and Oldsmobile Achieva. This part cross-references 95367 and 24575255 for the same application.

What This Part Helps Address

• Timing chain noise from a worn upper guide
• Chain misalignment in the valve train
• Excessive wear on timing components
• Loss of proper chain tracking during engine operation
• Service needs on upper timing chain assemblies for GM 2.2L/2.4L-era applications

Installation Notes and Tips

Verify engine application and upper guide position before installation. Cloyes recommends replacing the chain tensioner, sprockets, and guides together when servicing the timing chain, since these parts work together to keep the chain properly tensioned and aligned. Confirm fitment for your specific Chevrolet Cavalier, Pontiac Sunfire, or Pontiac Grand Am by year and engine configuration before ordering.

Quality Assurance

Cloyes manufactures this timing chain guide with advanced materials and tests each part for function and durability to support reliable service life. The design is intended to meet OEM-level performance expectations for the specified applications.