Value Collection 3369x2 Flare Coolant Hose Nozzle 1-1/4 in 2pk

Product Description

The VALUE COLLECTION 3369x2 is a flare-style coolant hose nozzle designed for use with snap together hose systems. Sold as a pack of two, each nozzle measures 1-1/4 inches in diameter and accepts hose with a 3/8-inch inside diameter. The non-threaded, plastic body connects without tools in snap-together coolant delivery setups commonly found in machining, coolant distribution, and industrial fluid-handling applications. Technicians and machinists who maintain or build out modular coolant hose systems will find this a direct-fit replacement or expansion component.

This nozzle is intended for modular snap-together coolant hose systems used in machine tool and industrial cooling applications. The flare nozzle style directs coolant flow at the point of cutting or machining operations. The non-threaded connection method allows for quick reconfiguration of coolant lines without the need for wrenches or threading tools, making it well suited for production environments where coolant delivery paths are adjusted frequently.

Key Features

• Flare nozzle style for directed coolant flow at work surfaces
• 1-1/4 inch nozzle diameter for high-volume coolant delivery
• Compatible with 3/8-inch inside diameter snap-together hose
• Non-threaded body allows tool-free snap-together assembly
• Plastic construction resists corrosion in coolant fluid environments
• Sold as a pack of two nozzles per package

Compatibility

Designed for use with snap-together coolant hose systems accepting a 3/8-inch inside diameter hose and a 1-1/4 inch nozzle diameter.

Installation Notes

Installation is performed by maintenance technicians or machinists servicing machine tool coolant delivery systems. Always shut off coolant flow and depressurize the hose system before removing or installing nozzle components. The snap-together connection requires no threading or sealant — confirm the nozzle seats fully and locks before restoring coolant flow. Inspect the connection point for leaks after the system is returned to service.