Loc-line 41404 Round Coolant Hose Nozzle 1/4 in Acetal 4pk

Product Description

The LOC-LINE 41404 is a round-style coolant hose nozzle designed for use with the Loc-Line Modular Hose System. Machined from acetal copolymer, this nozzle delivers a focused, round coolant stream to cutting tools, grinding wheels, or machining fixtures where precise coolant placement is critical. Each nozzle measures 1.175 inches in overall length with a 0.25-inch inside diameter. Rated to 50 psi and 170 degrees F, it handles standard water-soluble and synthetic coolants in most shop environments. Each package includes 4 nozzles. Installation requires no tools beyond hand-assembly into compatible Loc-Line segments.

This nozzle is suited for CNC machining centers, manual mills, lathes, grinders, and other metalworking equipment where modular coolant delivery is preferred. The acetal copolymer construction resists many common coolant formulations, making it a practical choice for production and job-shop environments alike. Machinists, tool-and-die technicians, and CNC operators are the typical end users. The 0.25-inch system size fits the standard quarter-inch Loc-Line modular hose lineup.

Key Features

• Round nozzle style delivers a concentrated coolant stream to the cut zone
• Acetal copolymer body resists common water-soluble and synthetic coolants
• Rated to 50 psi maximum operating pressure
• Maximum service temperature of 170 degrees F
• 0.25-inch inside diameter matches the quarter-inch Loc-Line modular hose system
• Pack of 4 nozzles per package

Compatibility

Designed for use with the Loc-Line Modular Hose System in the 0.25-inch system size. These nozzles snap directly onto compatible Loc-Line hose segments of the same system diameter.

Installation Notes

Shut off coolant flow and relieve line pressure before attaching or removing nozzles. Nozzles snap onto Loc-Line hose segments by hand - no tools required. Inspect the snap joint for a firm, positive lock before restoring coolant flow. Do not exceed the rated 50 psi operating pressure or 170 degrees F temperature limit.