FORD 9″ AXLE TUBES 3″ x 0.188″WALL, 21″ LENGTH 1 x PAIR

Description

Strength and durability are critical in axle components to ensure consistent performance and vehicle safety. These Ford 9″ axle tubes deliver reinforced support designed to withstand demanding driving conditions and heavy loads.

Constructed with a 0.188″ wall thickness and a 3″ diameter, these tubes provide exceptional structural integrity, reducing flex and potential damage under stress. This thickness is crucial for maintaining axle alignment and handling torque effectively, which translates to improved drivability and longevity of your axle assembly.

Each tube measures 21″ in length, engineered to fit standard Ford 9″ axle housings precisely. This dimension ensures seamless integration without requiring modifications, facilitating straightforward installation and minimizing downtime.

Manufactured by Aeroflow, a trusted brand in drivetrain components, these axle tubes weigh approximately 9.75 kg per pair, balancing strength with manageable weight, which helps maintain vehicle handling characteristics.

• Material Specification: Heavy gauge steel with 0.188″ wall thickness enhances resistance to bending and wear.
• Dimensions: 21″ length and 3″ diameter ensure compatibility with Ford 9″ axle assemblies.
• Brand Reliability: Aeroflow’s engineering guarantees precise manufacturing standards for consistent performance.
• Weight Consideration: At 9.75 kg per pair, the tubes add durability without excessive mass.

These axle tubes are essential for restoring or upgrading your Ford 9″ differential housing. They provide the foundation for reliable axle shaft support, reducing the risk of premature failure and improving overall drivetrain stability. Their precise dimensions and robust construction make them a preferred choice for professional repairs and high-performance builds.

Incorporating these axle tubes into your vehicle’s drivetrain assembly ensures a durable, long-lasting solution designed to meet the rigorous demands of both everyday driving and specialized applications.