WESBB-4-8HP - Brass Pipe Bushing, 1/4 in NPT Female x 1/2 in NPT Male, 3000 PSIG

High-Performance Brass Pipe Bushing for Industrial Systems

The Western Enterprises WESBB-4-8HP is a premium-grade pipe thread bushing designed to facilitate seamless connections between mismatched pipe sizes in high-pressure industrial environments. Precision-machined from solid brass, this component is engineered to withstand pressures up to 3000 PSIG (20,700 kPa), making it an exceptional choice for demanding applications involving hydraulic fluids, compressed air, and industrial gases. The bushing features a 1/2-inch NPT male thread on the exterior and a 1/4-inch NPT female thread on the interior, effectively reducing the port size to accommodate smaller instrumentation, gauges, or fittings.

Reliability is paramount in fluid and gas transfer systems, and the material composition of this bushing ensures long-term performance. Brass offers excellent resistance to corrosion and scaling, which is critical when dealing with moisture-laden air or water lines. Furthermore, the inherent ductility of brass allows the NPT threads to deform slightly upon tightening, creating a superior metal-to-metal seal that resists vibration and thermal cycling. The unit is designed with a substantial 7/8-inch hex section, providing ample surface area for wrenches to apply the necessary torque during installation without rounding off the edges or damaging the fitting.

This bushing is not merely a connector; it is a vital component for system integrators and maintenance professionals who require dependable pressure ratings and precise fitment. Whether utilized in laboratory settings for gas distribution manifolds or in heavy industrial machinery for hydraulic adaptation, the WESBB-4-8HP delivers consistent results. Its compact length of 1.135 inches ensures it adds minimal bulk to assemblies, preserving the spatial efficiency of complex piping networks. By adhering to strict manufacturing tolerances, Western Enterprises ensures that every thread engages correctly, reducing the risk of cross-threading and ensuring a leak-free system from the moment of installation.