Product Center
Comprehensive fiber optic product line for diverse application scenarios
Infrared Quartz Optical Fiber
IR-AC Series
Low-hydroxyl quartz material offers excellent transmission from visible to infrared wavelengths, meeting the requirements for high-power laser transmission.
UV quartz optical fiber
UV-AC Series
The UV quartz optical fiber is crafted from high-hydroxyl quartz using specialized manufacturing processes. It covers the UV to partial near-infrared (UV-VIS-NIR) spectrum and delivers exceptional transmission performance in the ultraviolet range.
High-temperature-resistant infrared quartz optical fiber
IR-PI Series
The polyimide coating combines the excellent transmission performance and high-temperature resistance of infrared quartz fiber, making it ideal for laser transmission and infrared spectroscopy in high-temperature environments.
High-temperature-resistant UV quartz optical fiber
UV-PI Series
Polyimide coating for UV communication and sensing in high-temperature environments, operating from -65°C to +350°C.
UV-radiation-resistant quartz optical fiber
DUV-PI Series
Ideal for applications requiring long-term exposure to xenon lamps or excimer lasers, making it the perfect fiber for spectroscopy and flat-panel printing.
Plastic-clad silica fiber
HP Series
Plastic-clad silica (PCS) fiber features a low-hydroxyl quartz core, a hard plastic cladding, and a tight buffer coating. It offers superior tensile and bending performance, enabling high coupling efficiency. This fiber delivers excellent performance for short-distance media and data transmission, making it widely used in communication and industrial applications.
SMA905 Standard Connector
SMA905
Designed and manufactured in accordance with GB/T 12507.2-1997. This non-contact connector features stainless steel or ceramic ferrules, making it suitable for high-power optical signal and laser energy transmission.
SMA905 Split Connector
F-SMA905
Designed and manufactured in accordance with GB/T12507.2-1997, this is a non-contact connector available with stainless steel or ceramic ferrules, suitable for high-power optical signal and laser energy transmission.
HPSMA905 Standard Connector
HPSMA905-S
Manufactured per GB/T12507.2-1997, this is a non-contact connector designed for high-power optical signal and laser energy transmission. The ferrule end face features grooves that create an air gap to remove energy-absorbing materials near the fiber end, preventing laser re-heating at the connector interface. Constructed from stainless steel, the ferrule acts as a heat sink to rapidly dissipate heat from within the fiber, reducing the risk of fiber burnout.
HPSMA905 Split Connector
F-HPSMA905-S
Manufactured per GB/T12507.2-1997, this is a non-contact connector designed for high-power optical signal and laser energy transmission. The ferrule end face features grooves that create an air gap to remove energy-absorbing materials near the fiber end, preventing laser re-heating at the connector interface. Constructed from stainless steel, the ferrule acts as a heat sink to rapidly dissipate heat from within the fiber, reducing the risk of fiber burnout.
FC/PC Ferrule
FC-PC
Designed and manufactured in accordance with YD/T1198.1-2014. Available with stainless steel or ceramic ferrules. Features high strength, wear resistance, and aging resistance. High processing precision ensures excellent consistency, making it ideal for large-core multimode fibers.
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