Gilmour 834004-1001 Brass Hose Mender Coupling 0.75 in Ght

Product Description

The GILMOUR 834004-1001 is a male garden hose mender coupling manufactured from solid brass. It is designed to repair damaged or cut garden hose sections by restoring a standard GHT (Garden Hose Thread) connection. The coupling measures 1.75 inches in width and 4.5 inches in height, sized to fit 0.75-inch diameter hose. Its brass construction resists corrosion and handles the pressure demands of typical residential and light commercial hose applications. Plumbers, irrigation technicians, and experienced DIYers use this part to restore hose function without replacing an entire hose run.

This coupling is suited for outdoor water supply applications including residential lawn and garden irrigation, hose bib connections, and general-purpose water delivery systems. It mates with standard 0.75-inch GHT fittings found on spigots, hose reels, spray nozzles, and related accessories. The male GHT thread profile allows direct connection to female-threaded hose ends or fixtures. It is sold individually and is appropriate wherever a damaged male hose end needs to be restored to service quickly.

Key Features

• Brass construction for corrosion resistance and long service life
• Male GHT thread type for standard garden hose compatibility
• Compatible with 0.75-inch diameter garden hose
• Compact form factor at 4.5 inches height and 1.75 inches width
• Single-piece mender design simplifies field repair

Compatibility

Designed as an OEM-style replacement fitting for standard 0.75-inch GHT garden hose assemblies requiring a male mender coupling.

Installation Notes

Shut off the water supply at the source before cutting or disconnecting the damaged hose section. A hose cutter or sharp utility knife is recommended to make a clean, square cut before inserting the mender. Hand-tighten the coupling onto the hose end, then secure with hose clamps appropriate for the hose wall thickness. Do not over-torque threaded connections, as brass fittings can crack under excessive force.