Overview Size : 6 Male and 3 Female (With Water Stop) Material : Brass Brand : STYDDI Color : Gold Item dimensions L x W x H : 2.06 x 1.17 x 1.17 inches Connector Type : Adapter Thread Size : 0.75 inch Exterior Finish : Brass Thread Type : GHT Manufacturer : STYDDI About this item BUILT-IN WATER STOP FEATURE - The key highlights of this garden hose quick connect fitting is its water stop function which allows you to disconnect the hose at the quick connect with the water still on. That means you can easily switch between attachments or change tools without getting sprayed with water or having to trips back and forth to the water tap, saving you time and effort. HEAVY-DUTY SOLID BRASS CONSTRUCTION - What sets this garden hose quick connectors superior than the others on the market is their sturdy and leak-free solid brass construction. This construction can withstand high water pressures and severe weather conditions without the worry of breaking, rusting, or erosion. These fittings may be the strongest available - highly durable and dependable. SIX MALE ADAPTERS AND THREE FEMALE ADAPTERS - This hose quick connect fitting set contains 3 female connectors, 6 male connectors and 9 extra rubber washers for replacement(three different sizes). The female socket adapter connects to the hose, and the male adapter connects to watering lances, spray guns, sprinklers, etc. VERSATILE COMPATIBILITY WITH 3/4″, 5/8″ and 1/2″ GARDEN HOSES -Equipped with American standard GHT thread, the hose quick connect adapters can work with all standard garden hoses, including 3/4 inch, 5/8 inch and 1/2 inch garden hoses. They are also perfect for most of the watering devices on the market, such as hose nozzle, pressure washer, lawn sprinklers and so on. EASY ATTACH-AND-DETACH ADAPTERS PROVIDE A TIGHT AND LEAK-FREE CONNECTION - The hallmark feature of these adapters is their quick-connect functionality, saving you time and effort by easily swapping out different hose-end accessories without twisting. This set also provides a reliable seal that remains intact even under high water pressure.
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