3/4 Aluminum Hex Tube 8in

The 3/4 Aluminum Hex Tube 8in from ALLSTAR PERFORMANCE (SKU ALL 56708) is a precision-engineered suspension component designed for fabricators and performance vehicle builders who demand structural integrity without excess weight. This black anodized aluminum hex tube serves as a critical load-bearing element in custom suspension geometry, control arm construction, and chassis reinforcement applications where precise threading and dimensional consistency are non-negotiable. Whether you're building a competition-grade suspension system or restoring a classic with modern handling capabilities, this tube provides the rigid foundation your chassis modifications require.

Manufactured from aerospace-grade aluminum and finished in durable black anodize, the 3/4 Aluminum Hex Tube features a 1.125-inch hex profile with an 8-inch overall length and a 3/4-16 female thread specification for secure fastener engagement. The hex geometry provides superior torsional rigidity compared to round tubing of equivalent weight, reducing deflection under cornering loads while maintaining a dry weight of just 0.55 lbs. The anodized surface resists corrosion and oxidation, ensuring long-term dimensional stability and protecting against galvanic reaction in mixed-metal assemblies—critical when integrating aluminum suspension components into steel frames or iron control arms.

This tube excels in custom A-arm fabrication, anti-roll bar mounts, and suspension linkage applications where weight savings and strength-to-weight ratio directly impact handling response and unsprung mass. The 3/4-16 female threads accept standard fasteners for repeatable assembly, making it ideal for modular suspension designs that require tool-free geometry adjustments. Professional fabricators and serious enthusiasts value ALLSTAR PERFORMANCE components for their dimensional accuracy and finish quality—this hex tube integrates seamlessly into both street-performance and track-focused builds where precision engineering determines chassis dynamics and long-term durability.