ST Sleeve Metal Housing ST - ST Fiber Optic Adapter Simplex Optical Fiber Coupler

Metal Housing ST-ST Fiber Optic Adapter Simplex Optical Fiber Coupler

Description:

Fiber Optic Adaptor(also called coupler, or flange coupler)is the device to couple two connectors together. QY's adaptor adopts a high precision alignment sleeve to keep high reliability and better performance. The color of housing is available in different colors or specified by the customer, and with options for flange or flangeless body.

Applications:

• Fiber Optic Telecommunications
• LAN (Local Area Network)
• FTTH (Fiber To The Home)
• CATV&CCTV System
• High-speed transmission systems
• Fiber optic sensing
• Industrial, Mechanical, and Military

Features:

• Low insertion loss and back reflection loss
• Ferrule end surface pre-domed
• Precision anti-rotation key and corrosion resistant body
• UL-rated plastic housing
• Telcordia style boots
• Free-floating ceramic ferrule
• Zirconia sleeves or Phosphor bronze sleeves
• D-shaped easily installs into panel mount
• RoHS compliant

Founded in 2010, Dongguan Qingying Industry Co., Ltd (QY) is a sophisticated fiber company located in two cities, Dongguan and Chongqing, in China. With more than 10,000m2 plant areas, QY is now a company with the integrated capability of R&D, production, trading, and international sales.

QY is an ISO9001:2015 certified company with hundreds of customers in Europe, America, Southeast Asia, and Australia. Our main products are fiber optic field installable connector (fast connector), patch cord, armored patch cord, pigtail, PLC splitter, attenuator, and many other FTTH products.

With 10-year experience in the fiber optic industry, QY believes learning, cooperating, and sharing with customers is the best way to grow with customers. In the coming decade, QY will aggressively develop new products per customers’ demand, and improve the quality of existing products for customers. All QY’s employees are looking forward to serving and co-working with customers for fiber business in the future.