Optical Fiber Fast Connector For FTTH Drop Cable SC Singlemode Quick Assembly Connector

Introducing our Optical Fiber Fast Connector for FTTH Drop Cable, the ultimate solution for seamless fiber optic connections. Designed with precision and efficiency in mind, this SC Singlemode Quick Assembly Connector is a game-changer in the world of fiber optics.

Crafted in Zhejiang, China, this Fiber Optic SC UPC Fast Connector is built to exceed your expectations. With a warranty time of 1 year, you can trust in its durability and reliability.

Measuring at 53mm*9mm, this connector ensures a perfect fit for your fiber optic needs. Its impressive return loss of ≥50dB guarantees exceptional signal quality, while the low insertion loss of ≤0.3dB ensures minimal signal degradation.

With a tensile strength of 30N, this connector can withstand the rigors of any installation. Its wide applicable temperature range of -40℃ to +85℃ makes it suitable for various environments.

Versatility is key, which is why this connector is compatible with cable diameters of 0.9mm, 2.0mm, and 3.0mm. Whether it's for FTTH, FTTB, or FTTX networks, this connector has got you covered.

You can rely on our Optical Fiber Fast Connector for seamless and hassle-free installations. With a supply ability of 60,000 pieces per day, we ensure that you'll never be left waiting.

Each connector comes individually packaged for your convenience, and with 1,000 pieces in one carton, you'll have more than enough to tackle any project. The compact carton size of 44*25*17.5cm allows for easy storage and transportation.

Located in Ningbo or Shanghai, our connectors are readily available to be shipped to your location. With our package of 20 pieces per blister box, priced at $40, you'll be getting exceptional value for your investment.

Upgrade your fiber optic connections with our Optical Fiber Fast Connector for FTTH Drop Cable. Experience the difference in performance and reliability that this connector brings. Order yours today and revolutionize your network infrastructure.