Specialty Optical Fibers

Product Features: Good polarization performance Good geometric dimensional uniformity Low attenuation High stability and reliability Good grinding performance It has taper pulling performance Main Applications: Laser pigtails All kinds of polarization-maintaining device pigtails Polarization-sensitive devices Polarization-maintaining fiber coupler

Product Features: Good polarization performance Good geometric dimensional uniformity Low attenuation High stability and reliability Good grinding performance It has taper pulling performance Main Applications: Laser pigtails All kinds of polarization-maintaining device pigtails Polarization-sensitive devices Polarization-maintaining fiber coupler

The product is manufactured by MCVD process, with excellent polarization-maintaining characteristics, and is widely used in the field of coherent optical fiber sensors, especially in the field of fiber optic gyroscopes with polarization-maintaining fiber as the main body. The main performance indicators of our products, such as optical fiber attenuation, beat length, and polarization crosstalk, have reached or exceeded international standards. It can meet various use

The product is manufactured by MCVD process, with excellent polarization-maintaining characteristics, and is widely used in the field of coherent optical fiber sensors, especially in the field of fiber optic gyroscopes with polarization-maintaining fiber as the main body. The main performance indicators of our products, such as optical fiber attenuation, beat length, and polarization crosstalk, have reached or exceeded international standards. It can meet various use

The product is manufactured by MCVD process, with excellent polarization-maintaining characteristics, and is widely used in the field of coherent optical fiber sensors, especially in the field of fiber optic gyroscopes with polarization-maintaining fiber as the main body. The main performance indicators of our products, such as optical fiber attenuation, beat length, and polarization crosstalk, have reached or exceeded international standards. It can meet various use

Now, let's turn our attention to the captivating world of IVD optical fibers. These optical fibers possess some truly remarkable qualities. Firstly, they exhibit outstanding sensitivity. It's as if they have a superpower to detect the tiniest of changes in the substances they interact with. Whether it's a minuscule shift in the chemical composition or a faint alteration in light absorption, IVD optical fibers can pick it up with astonishing accuracy. They act like highly

Advantages of Laser Direct Imaging (LDI) Fiber 1. High Resolution - LDI fiber technology can achieve a very high resolution. This is because the laser beam can be precisely focused on a tiny area, enabling the depiction of fine patterns and circuits. For example, in the manufacturing of printed circuit boards (PCBs), it can produce lines with a width and spacing as small as a few micrometers. This is crucial for the production of high - density electronic products such as

Spectrum Analysis Fiber: Advantages and Characteristics 1. Advantages - High Sensitivity - Spectrum Analysis Fiber offers high sensitivity in detecting and analyzing light spectra. It can capture even weak optical signals and convert them into electrical signals with high fidelity. For example, in spectroscopic sensing applications, it can detect trace amounts of substances. In environmental monitoring, it can sense very low - concentration pollutants in the air or water by

Advantages and Characteristics of Radiation-Resistant Optical Fibers 1. High Radiation Resistance - These fibers are specifically designed to withstand high levels of radiation. They can endure the intense ionizing radiation present in aerospace and nuclear reactor environments. For example, in a nuclear reactor, where gamma rays and neutron radiation are abundant, the fiber's material and structure are engineered to minimize the degradation of optical and mechanical

The ATF attenuating optical fiber is a type of energy attenuation optical fiber and serves as the core raw material for the fixed optical fiber attenuator specifically designed for 5G optical communication. It can effectively prevent signal distortion caused by excessively strong signal optical power and protect the signal receiver. It is the "last mile" for fiber-to-the-home. The ATF attenuating optical fibers required for the fixed optical fiber attenuator mainly include

The pure silica core energy-transmitting fiber has a step-index refractive index distribution. Its working window covers the wavelength range from 850 nm to 1300 nm. It can transmit relatively high laser power and has advantages such as low loss, a large numerical aperture, and a high damage threshold. You can choose different core diameters, cladding diameters, and numerical apertures. Moreover, we can provide customized services according to customers' requirements to

Product Features: Excellent matching birefringence performance Good polarization performance Good geometric uniformity and low attenuation Excellent flexural stability Good grinding performance Main applications: Fiber optic gyroscope field Polarization-maintaining fiber coupler Polarization-sensitive devices Fiber Optic Polarization Sensor Laser pigtails

As the core component of fiber optic gyroscope, the polarization maintenance fiber is decreasing as the demand for precision and miniaturization of fiber optic gyroscope is becoming more and more intense. Through the design of the waveguide structure and process of the fine-diameter polarization-maintaining fiber, and through a large number of environmental tests such as small bending conditions and temperature changes, it has been verified that the performance and reliabilit

Product Features: Good polarization performance Good geometric dimensional uniformity Low attenuation High stability and reliability Good grinding performance Main Applications: Polarization-maintaining fiber coupler Polarization-sensitive devices Fiber Optic Polarization Sensor Lidar

Product Features: Good polarization performance Good geometric dimensional uniformity Low attenuation High stability and reliability Good grinding performance Main Applications: Polarization-maintaining fiber coupler Polarization-sensitive devices Fiber Optic Polarization Sensor Lidar

Advantages and Features Polarization - maintaining fibers (PMFs) for fiber optic gyroscopes offer exceptional polarization stability, minimizing signal interference and loss. They have low birefringence temperature sensitivity, ensuring reliable performance in diverse temperature environments. With high resistance to external disturbances like vibration and bending, they provide accurate and consistent measurements. Application Scenarios These PMFs are predominantly used in