Chrome Moly Round Tubing 1in x .095in x 20ft

Chrome Moly Round Tubing 1in x .095in x 20ft from ALLSTAR PERFORMANCE is a high-strength structural component designed for military fabrication, tactical equipment construction, and precision engineering applications. This 20-foot length of seamless chrome molybdenum round tubing serves professionals building custom tactical frames, vehicle reinforcement systems, and structural assemblies where weight savings and tensile strength are non-negotiable. Field operators and armorer-level technicians rely on chrome moly tubing for its superior fatigue resistance compared to standard steel, making it ideal for high-stress load-bearing applications in demanding environments.

Chrome molybdenum alloy delivers approximately 180,000 psi tensile strength—significantly higher than mild steel—while maintaining excellent weldability and machinability. The 1-inch outer diameter with .095-inch wall thickness provides an optimal strength-to-weight ratio, minimizing material waste while preserving structural rigidity under dynamic stress. The seamless construction eliminates weak points at seams, critical for applications where failure is not an option. At 20 pounds for the full 20-foot section, this tubing maintains a manageable weight profile without compromising durability, making it suitable for vehicle chassis reinforcement, mounting systems, and load-bearing tactical frames.

Law enforcement fabricators, military armorers, and equipment manufacturers benefit most from this material when constructing custom gun racks, vehicle mounts, protective barriers, and structural supports. The 20-foot length provides sufficient material for multiple component builds or extended applications requiring continuous tubing runs. Chrome moly's corrosion resistance makes it suitable for field operations across varied climates, and its exceptional heat tolerance enables fabrication using standard MIG or TIG welding processes without loss of material integrity. Machinability allows precision drilling and threading for attachment points, making integration into existing systems straightforward for trained technicians.