Inline Filter Brackets Fit 1.50in Tubing

The Inline Filter Brackets designed to fit 1.50-inch tubing are essential components for any serious engine builder or performance cooling system setup. Whether you're assembling a custom hot rod cooling circuit, upgrading a race engine's fluid management, or fabricating an aftermarket fuel or coolant system, these brackets provide the structural foundation needed to mount inline filters securely and reliably. Peterson Fluid specializes in high-quality fluid system components, and these brackets represent the kind of precision engineering that separates professional installations from amateur work.

Engineered to mate seamlessly with 1.50-inch diameter tubing, these brackets are manufactured to exacting tolerances that ensure a secure, vibration-resistant fit without requiring modifications to your plumbing. The compact dimensions (3.75 x 1.3 x 6.45 inches) and lightweight construction at just 0.52 pounds make them ideal for tight engine compartments where space is premium. The bracket design distributes load evenly across the tubing connection, preventing the catastrophic failure modes that plague poorly supported filter assemblies—such as hose separation under pressure or bracket fracture due to vibration and thermal cycling.

These brackets serve multiple applications: fuel system builders rely on them for fuel filter positioning, coolant system architects use them to support auxiliary filters, and transmission cooler installations benefit from their rigid support. They're particularly valuable in engine swaps, turbo builds, and vintage restorations where OEM brackets are unavailable or incompatible. Installation is straightforward—the 1.50-inch tubing specification ensures compatibility with standard hydraulic and automotive fluid line diameters. For anyone building a custom cooling loop, upgrading filtration in a modified engine, or fabricating bespoke fluid systems, Peterson Fluid's inline filter brackets deliver the durability and precision fit that keeps your system operating reliably under sustained performance conditions.