Loc-line 49456 Straight Coolant Hose Nozzle 1 Inch

Product Description

The LOC-LINE 49456 is a straight coolant hose nozzle designed for use with modular snap-together coolant hose systems commonly found in machining and metalworking environments. Built from acetal copolymer, this nozzle features a 1-inch nozzle diameter and a 1/4-inch hose inside diameter, making it well suited for directing cutting fluid or coolant flow precisely at the workpiece or cutting tool. Machinists, tool and die technicians, and CNC operators install this nozzle as part of a flexible coolant delivery system. It ships in a package quantity of 20 units.

This nozzle is used in machine shop settings where controlled coolant delivery is required at the cutting zone. The straight nozzle style provides a direct, fixed-angle flow path, which is appropriate for applications where minimal deflection is needed. It integrates with the LOC-LINE snap-together modular hose system, allowing quick reconfiguration of coolant lines without tools. Typical installations include CNC machining centers, manual mills, lathes, and grinding equipment where flood or directed coolant is part of the machining process.

Key Features

• Straight nozzle style for direct, fixed-angle coolant delivery
• 1-inch nozzle diameter for high-flow coolant applications
• 1/4-inch hose inside diameter compatible with standard snap-together hose segments
• Acetal copolymer construction resists coolant fluids and light chemicals
• Tool-free snap-together assembly and disassembly for quick repositioning
• Sold in a package quantity of 20 nozzles

Compatibility

Designed for use with the LOC-LINE snap-together modular coolant hose system. Requires compatible 1/4-inch inside diameter hose segments from the same modular system family.

Installation Notes

Installation requires no tools - nozzle snaps directly onto compatible LOC-LINE hose segments. Shut off the coolant pump and relieve system pressure before replacing or repositioning nozzles. Verify the nozzle diameter and hose inside diameter match your existing coolant line configuration before assembly. Nozzle positioning should direct flow to the cutting zone without interfering with workpiece travel or tooling clearance.