Mild Steel Round Tubing 1-1/2in x .065in x 12ft

The Mild Steel Round Tubing 1-1/2in x .065in x 12ft from Allstar Performance is a versatile fabrication material engineered for custom frame construction, roll cage development, and structural reinforcement in automotive projects. Whether you're building a tube chassis for a race car, constructing a custom exhaust manifold support, or reinforcing suspension geometry on a modified vehicle, this round tubing provides the foundation for precision metalwork. The 12-foot length eliminates waste and delivers professional-grade raw material ready for welding, bending, and mounting applications across street rods, off-road vehicles, and competition platforms.

Manufactured from mild steel, this tubing exhibits excellent weldability and machinability—critical properties when fabricating joints, tabs, and mounting points under load-bearing conditions. The 1-1/2 inch outer diameter and 0.065 inch wall thickness deliver a balanced strength-to-weight ratio suitable for both structural and aesthetic applications. At 12 pounds for the full 12-foot length, the tubing maintains rigidity while remaining manageable for workshop handling and precision cuts. The smooth finish accepts paint, powder coating, and stainless steel polish equally well, making it compatible with any finish aesthetic your build demands.

Fabricators and builders benefit most from this tubing when laying out frame components, suspension links, and protective bars where dimensional consistency and weld penetration reliability are non-negotiable. The 12-foot straight length can be cut into multiple sections, bent cold for moderate radius applications, or hot-formed for complex geometries in exhaust and cooling systems. Installation requires standard metalworking equipment: bandsaw or cutoff wheel for sectioning, TIG or MIG welding for joints, and basic measuring tools for precise positioning. Allstar Performance's engineering-grade material ensures your custom fabrication meets structural codes and longevity expectations on high-performance applications.