3/4 Aluminum Hex Tube 23in

The 3/4 Aluminum Hex Tube 23in from ALLSTAR PERFORMANCE is a precision-engineered suspension component designed for fabricators, racers, and serious DIY mechanics building custom chassis or reinforcing suspension geometry. This hollow hex tube serves as a structural element in suspension arms, control links, and frame bracing applications where weight reduction and rigidity must work in concert. Whether you're constructing a street rod, race car, or enhancing OEM suspension articulation, this aluminum hex tube delivers the strength-to-weight ratio that competition and high-performance builds demand.

Manufactured from aluminum and finished in black anodized coating, the 3/4 Aluminum Hex Tube 23in features a 1.125-inch hex profile with 3/4-16 female threads on both ends, enabling direct bolt-in integration into threaded rod ends or custom rod-end assemblies without additional machining. The 23-inch length suits common A-arm and trailing arm configurations, while the hollow hex geometry provides excellent torsional rigidity compared to solid stock, reducing unsprung mass and improving suspension response. Black anodizing protects against corrosion and oxidation during welding, fabrication, and long-term exposure, while remaining clean and professional in appearance—critical for both functional and show-quality builds.

This tube is ideal for builders undertaking custom suspension arms, four-link setups, or independent rear suspensions where precise geometry and weight savings directly influence handling and acceleration response. The female threading at both ends allows seamless connection to standard rod ends, spherical joints, or custom-fabricated clevis mounts without drilling or tapping operations. At 1.6 lbs, the aluminum construction significantly reduces the rotational and unsprung weight of suspension linkages compared to steel alternatives, improving brake response, acceleration, and ride quality—benefits especially valuable in track environments or weight-sensitive applications where every pound impacts performance.