Loc-line 41489 Straight Coolant Hose Nozzle 1/4 in Acetal

Product Description

The LOC-LINE 41489 is a straight coolant hose nozzle designed for use in modular snap-together coolant delivery systems. Made from acetal copolymer, this nozzle directs coolant flow precisely at the cutting zone in CNC machining, milling, turning, and grinding applications. It features a 0.25-inch nozzle diameter and an overall length of 1.12 inches. The acetal construction handles moderate temperatures and resists many water-based coolants. This nozzle is installed by machinists and machine tool technicians as part of a segmented coolant hose assembly.

This nozzle is suited for light industrial and machine shop environments where controlled coolant delivery is required. It connects directly to LOC-LINE snap-together hose systems using the standard 0.25-inch inside diameter system size. Typical applications include directing coolant to drill bits, end mills, and turning inserts on manual or CNC machine tools. The package includes 2 nozzles per unit, making it practical for multi-spindle setups or to keep a spare on hand.

Key Features

• Straight nozzle style for direct, focused coolant delivery
• 0.25-inch nozzle diameter compatible with 1/4-inch snap-together hose systems
• Acetal copolymer construction for durability in wet coolant environments
• Rated for temperatures up to 170 degrees F
• Maximum operating pressure of 50 psi
• Package quantity of 2 nozzles per unit

Compatibility

Designed for use with LOC-LINE snap-together modular hose systems in the 1/4-inch (0.25-inch) system size. Not acid-resistant; verify compatibility with the coolant chemistry used in the application.

Installation Notes

This nozzle snaps directly onto compatible LOC-LINE modular hose segments without tools. Relieve coolant system pressure and shut off the coolant pump before disconnecting or reconfiguring the hose assembly. Inspect the snap joint for a secure connection before resuming operation. Do not exceed the rated 50 psi operating pressure or 170 degrees F temperature limit.