BluBird® Brass Part 3/8" NPT For Hose Reel - Light Version RPBS38

This item is NOT returnable.

This 90-degree npt brass swivel is an essential component for hose reel systems offering unparalleled durability and performance across a range of applications. Crafted from solid brass this swivel inlet is engineered to withstand pressures up to 3000 psi making it a reliable choice for demanding environments. Its full-flow fluid path combined with a leak-resistant 90-degree configuration ensures optimal fluid transfer while preventing leaks and maintaining efficiency. Ideal for connecting lead-in hoses and compressors to hose reels this swivel is versatile enough to be used in small medium and large reels. With an impressive operating temperature range of -40 to 400 this robust brass swivel guarantees consistent performance in both extreme cold and heat providing long-lasting reliability for your hose reel system. Replacement part for hose reel this swivel is designed to serve as a replacement part for existing hose reels. If your current swivel fitting is worn out or damaged this product can be easily installed to restore your hose reel's functionality. It ensures that your hose reel operates as smoothly and efficiently as when it was new. Solid brass construction the swivel is made from high-quality solid brass known for its strength durability and resistance to corrosion. Brass construction ensures that the swivel can withstand harsh environmental conditions making it a reliable choice for both indoor and outdoor applications. Supports pressures up to 3000 psi this feature highlights the swivel's ability to handle high-pressure environments making it suitable for heavy-duty applications. With a maximum pressure rating of 3000 psi it is well-equipped to manage intense pressure without compromising performance or safety. Leak-proof design the swivel is engineered with a precision design that ensures a tight seal preventing any fluid from leaking out. This leak-proof feature is crucial for maintaining the efficiency of the fluid transfer process reducing waste

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