Chrome Moly Round Tubing 1-1/4in x .095in x 20ft

The Chrome Moly Round Tubing 1-1/4in x .095in x 20ft from ALLSTAR PERFORMANCE is a precision structural component engineered for welded frame fabrication in tactical vehicle builds, custom armor platforms, and high-stress mechanical applications. Chrome molybdenum alloy tubing is the material of choice for law enforcement and military equipment manufacturers who demand superior strength-to-weight ratios and fatigue resistance under extreme operational conditions. This 20-foot length offers fabricators maximum yield per unit while maintaining the dimensional consistency required for critical load-bearing assemblies.

Chrome moly tubing excels where standard steel fails—the alloy's molybdenum content increases tensile strength and hardness while preserving ductility, preventing brittle failure in high-cycle or impact-loaded joints. The 1-1/4 inch outer diameter with 0.095 inch wall thickness delivers optimal bending stiffness and torsional rigidity for modular mounting frames, rollover protection systems, and suspension components. At 23.85 pounds per 20-foot section, this tubing maintains the lightweight profile essential for mobile tactical platforms while sustaining pressures that would compromise mild steel alternatives. The material readily accepts MIG or TIG welding without special procedures, and its surface finish prepares cleanly for powder coating or hard-anodize processes standard in government contract manufacturing.

Professional fabricators, equipment manufacturers, and armored vehicle builders specify chrome moly tubing for components absorbing dynamic loads—mounting brackets for ballistic panels, weapon platform frames, and personnel cage structures all benefit from this alloy's superior fatigue life. The 20-foot length reduces splicing and waste on projects requiring multiple bends or cuts, making per-foot cost efficiency competitive for medium-run production. Installation involves standard cutting, bending, and welding techniques familiar to certified MIG/TIG technicians; no exotic tooling or post-weld heat treatment is required for most non-critical applications. Compatibility spans custom fabrication across platforms from light tactical vehicles to stationary defensive installations.