Billet Hose Clamp For 1-1/2 Hose

The Billet Hose Clamp for 1-1/2 Hose from Ti22 PERFORMANCE is a precision-engineered fastening solution designed for high-performance automotive cooling, fuel, and intercooler applications where stock clamps fall short. Whether you're building a turbocharged engine bay, upgrading coolant lines on a modified engine, or assembling custom intake tubing, this billet aluminum clamp delivers the clamping force and durability required in demanding conditions. Mechanics and enthusiasts choose billet hose clamps over traditional worm-gear designs to eliminate vibration-induced loosening, improve aesthetic appeal, and ensure reliable sealing under boost or extreme temperatures.

Constructed from solid billet aluminum, this clamp is CNC-machined to tight tolerances, ensuring consistent clamping pressure across the 1-1/2 inch hose diameter without deformation or thread stripping. The billet design offers superior rigidity compared to stamped steel clamps, reducing flex under vibration and thermal cycling—critical factors in turbocharged or supercharged applications where hose pressure spikes occur rapidly. The 3.3 x 0.85 x 4.05 inch profile is engineered for compact engine bay fitment while maintaining structural integrity, and the lightweight 0.06 lb construction minimizes parasitic weight without compromising strength or longevity.

This billet hose clamp is ideal for builders upgrading cooling systems on LS-swapped vehicles, modified turbo platforms, or high-flow intercooler setups where hose retention is non-negotiable. The 1-1/2 inch sizing accommodates common silicone radiator hose, heater hose, and fuel line diameters found in street and competition engine builds. Installation is straightforward—simply position the clamp over the hose barb, align the bolt holes, and torque to secure; no special tools required. Compatible with both stock and aftermarket hose routing, these billet clamps are a trusted choice among race teams and serious enthusiasts who demand reliability under sustained boost, cooling loads, and thermal stress.