Value Collection 10111 Flare Coolant Hose Nozzle 1 in 5pk

Product Description

The VALUE COLLECTION 10111 is a flare-style coolant hose nozzle designed for use with the Loc-Line Modular Hose System. With a 1-inch nozzle diameter and a 1/4-inch hose inside diameter, this nozzle directs coolant flow precisely to the cutting zone, helping control heat and chip evacuation during machining operations. The flare profile disperses coolant over a wider area compared to standard straight nozzles. Each package contains 5 nozzles, making it practical to keep spares on hand in production environments. Machinists, tool-and-die technicians, and CNC operators are the typical installers and users of this component.

This nozzle is suited for machine shop and manufacturing environments where Loc-Line modular coolant delivery systems are already installed. It connects to the 1/4-inch inside diameter Loc-Line hose segments and is positioned to deliver flood or directed coolant to cutting tools on mills, lathes, and machining centers. The flare design makes it well-suited for applications requiring broader coolant coverage across a wider tool or workpiece surface area.

Key Features

• Flare-style nozzle provides wider coolant dispersion pattern compared to straight-bore nozzles
• 1-inch nozzle diameter suits larger-area coolant coverage requirements
• Fits 1/4-inch inside diameter Loc-Line Modular Hose System segments
• Pack of 5 nozzles supports on-hand replacement stock in production settings
• Lightweight at 0.01 pounds per unit, minimizing added weight to the hose assembly

Compatibility

Designed for use with the Loc-Line Modular Hose System with a 1/4-inch inside diameter hose.

Installation Notes

Machinists and maintenance technicians typically install Loc-Line nozzle components. Before replacing or repositioning nozzles, shut off coolant flow and power down the machine to avoid injury. Nozzles snap into compatible Loc-Line ball-socket segments by hand and can be repositioned without tools. Ensure the nozzle is fully seated in the hose segment before resuming coolant flow.