Coilhose Pneumatics 90612 Coolant Hose 12in 1/2in Id

Product Description

The COILHOSE PNEUMATICS 90612 is a neoprene coolant hose designed for use in mist coolant systems on machine tools and CNC equipment. It measures 12 inches in length with a 1/2 inch inside diameter and terminates in a 3/8 inch NPT threaded nozzle end. The neoprene construction resists oils, coolant fluids, and moderate heat common in machining environments. At 1.5 pounds, it is a compact, single-piece replacement or addition for existing mist coolant setups. Machinists, maintenance technicians, and shop personnel install this hose to direct coolant flow precisely to cutting zones.

This hose is suited for light industrial and production machining applications where mist coolant delivery is required. It fits into standard mist coolant system manifolds and nozzle arrays, making it a practical replacement or extension component. The 3/8 inch NPT thread size allows straightforward connection to common coolant system fittings. It is sold individually and is appropriate for both retrofit and new-build coolant plumbing on mills, lathes, and similar machine tools.

Key Features

• 12 inch hose length for flexible coolant positioning
• 1/2 inch inside diameter for adequate coolant flow volume
• 3/8 inch NPT threaded nozzle end for standard fitting compatibility
• Neoprene hose material resists oils and machining coolants
• Designed specifically for mist coolant system applications

Compatibility

Designed for use with mist coolant systems. The 3/8 inch NPT thread standard is compatible with common coolant system fittings and manifolds used in light industrial machining environments.

Installation Notes

Installation is typically performed by maintenance technicians or machine tool operators. Shut off the coolant pump and depressurize the system before disconnecting or installing hose components. Use thread sealant appropriate for coolant fluids on NPT connections and tighten fittings with a wrench to avoid cross-threading or cracking nozzle bodies. Verify there are no leaks before resuming machine operation.