G-Plug Coaxial Cable Connector - Copper Made Gold Plated F81 Coaxial Cable Extender Adapter, 75Ohm Male To Female Cable Connectors With Minimal Signal Loss
The g-PLUg coaxial connector perfectly combines functionality with durability, allowing you to easily connect, and extend the length or reach of 2 cables Made with highest grade materials designed for long-term use, this type F adapter has a compact and discrete size, being easy to install and remove within seconds
Features of G-Plug Coaxial Cable Connector - Copper Made Gold Plated F81 Coaxial Cable Extender Adapter, 75Ohm Male To Female Cable Connectors With Minimal Signal Loss
Heavy Duty construction: The g-PLUg coaxial connector is made of premium grade, highly durable materials, a combination of copper with gold plating which is non-rust, anti-oxidizing and designed to last for many years of use Optimal Signal Transmission: Say goodbye to constant signal loss and enjoy a smooth, reliable transmission with this type F adapter coax connector which has 75ohm and ensures high speed transfer Available In Various Packs: The g-PLUg cable adapter comes in various bundle alternatives, depending on your individual needs A cost efficient alternative available in 3, 6 or 10 units per pack F-Type compatibility: This rg6 connector is manufactured to ensure full compatibility with most brands of Rg59 and Rg6 F-type coaxial cables, for audio and video Screw-On Easy Installation: Assembly and disassembly is easier than ever with the screw-on heads A smart choice for extending your cable or changing male to female while keeping the floors mess-free and decluttered
Specification of G-Plug Coaxial Cable Connector - Copper Made Gold Plated F81 Coaxial Cable Extender Adapter, 75Ohm Male To Female Cable Connectors With Minimal Signal Loss
Product Details |
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Color | 3PCS |
Size | Extender |
Dimensions | 0.01X0.01X0.01 |
Weight | 0.01 |
Warning - California Proposition 65
This product may contain chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm.