Mild Steel Round Tubing 1-1/2in x .095in x 12ft

The Mild Steel Round Tubing 1-1/2in x .095in x 12ft (ALL22138-12) from ALLSTAR PERFORMANCE is a precision structural component engineered for fabrication, repair, and custom build applications in tactical equipment, vehicle platforms, and operational infrastructure. This versatile tubing serves professionals—law enforcement armorers, military equipment specialists, and tactical builders—who demand reliable steel stock for frame construction, roll cages, protective barriers, and modular mounting systems. The 12-foot length provides ample material for multiple projects or comprehensive builds without excessive waste.

Manufactured from cold-drawn mild steel, this tubing features a 1-1/2 inch outer diameter with a .095 inch wall thickness—a proven balance between structural rigidity and workability for welding, drilling, and bending operations. The thin wall design reduces overall weight (16.5 lbs total) while maintaining exceptional strength-to-weight ratio essential for mobile platforms and load-bearing applications. Mild steel composition ensures superior weldability and machinability compared to higher-carbon alloys, allowing field technicians and fabricators to modify, reinforce, or repair tactical gear systems without specialized heat-treat protocols or post-weld stress relief requirements.

This tubing excels in constructing protective cages, equipment racks, attachment brackets, and structural supports for armored or specialized operational gear. The 144-inch (12-foot) continuous length minimizes joints and mechanical fasteners, reducing potential failure points in high-stress environments. Professionals benefit from the standard sizing—readily compatible with off-the-shelf brackets, fittings, and welding consumables—enabling rapid prototyping and field-expedient repairs. Whether reinforcing vehicle platforms, building custom mounts for tactical systems, or fabricating structural components, the Mild Steel Round Tubing delivers proven performance in demanding applications.