Chrome Moly Round Tubing 1-1/4in x .065in x 20ft

Chrome Moly Round Tubing 1-1/4in x .065in x 20ft represents precision structural material trusted across law enforcement fabrication, military equipment builds, and professional tactical applications. This seamless round tubing serves as the backbone for custom weapon mounts, roll cages, vehicle armor frames, and modular defensive structures where reliability cannot be compromised. Whether you're engineering a specialized equipment rack, reinforcing a tactical vehicle platform, or constructing ballistic barriers, this tubing delivers the structural integrity required in mission-critical environments.

Chrome molybdenum (Chrome Moly) construction provides superior weld strength and fatigue resistance compared to standard mild steel, a critical advantage in high-stress applications where vibration, impact, and thermal cycling are constants. The 1-1/4 inch outside diameter with 0.065 inch wall thickness yields a precise balance between structural rigidity and workability—substantial enough to handle dynamic loads without excessive weight penalty. The 20-foot length accommodates large-scale projects while minimizing waste, and the seamless construction eliminates stress concentration points inherent in welded seams, ensuring uniform load distribution across the entire assembly. At 16.85 pounds per length, this material remains portable for field fabrication and transport.

Professional fabricators, armory technicians, and military support personnel rely on Chrome Moly Round Tubing for custom builds that demand repeatability and durability under extreme conditions. This material machines cleanly, welds readily with proper technique, and accepts coatings or finish work for corrosion resistance in field deployment scenarios. Compatibility spans any project requiring 1-1/4 inch diameter structural tubing—from weapon rest systems and mounting brackets to protective structures and specialized equipment platforms. Proper handling, storage in dry conditions, and pre-weld preparation ensure optimal performance in finished assemblies.