Loc-line 59895 Swivel Coolant Hose Nozzle 1/2 Inch

Product Description

The LOC-LINE 59895 is a swivel-style coolant hose nozzle made from acetal copolymer, designed for use with the Loc-Line Modular Hose System. It delivers directed coolant flow to cutting tools, grinding wheels, and machine work zones in metalworking and machining applications. The nozzle handles pressures up to 30 psi and temperatures up to 170 degrees F. At 2.33 inches in overall length and built for a 1/2-inch inside diameter hose, it connects without threads and pivots to direct flow exactly where needed. Machinists and machine tool technicians install these nozzles to optimize coolant delivery at the point of cut.

This nozzle is suited for CNC machining centers, manual mills, lathes, grinders, and other machine tools that use flood or directed coolant systems. The swivel design allows repositioning without disconnecting from the modular hose assembly. It is sold in a package quantity of 20, making it practical for shop restocking or multi-machine setups. Installation requires no threading - the nozzle snaps directly into the Loc-Line modular hose system.

Key Features

• Swivel nozzle style allows directional adjustment without removal
• Acetal copolymer body resists moisture and many machining coolants
• Rated up to 30 psi maximum operating pressure
• Rated up to 170 degrees F maximum operating temperature
• Non-threaded connection for tool-free snap-in installation
• Fits 1/2-inch inside diameter Loc-Line modular hose assemblies

Compatibility

Designed for use with the Loc-Line Modular Hose System in 1/2-inch system size configurations.

Installation Notes

Installation is performed by machine tool operators or maintenance technicians. Power down and de-energize the machine before servicing coolant lines. The snap-fit connection requires no tools - apply firm, even pressure to seat the nozzle into the modular hose fitting. Confirm the swivel joint moves freely and that the nozzle is pointed clear of the work zone before resuming machine operation.