Asahi Kasei's optical fiber products have excellent technology in high-speed data transmission, broadband access, FTTH, FTTB, intelligent network, automotive multimedia, industrial control and automation, aircraft and military applications. They are widely used in various short-distance data communications, sensors, grounding and short-circuit indicator protectors, etc.
Asahi Kasei Sensing Fiber has the following characteristics:
1. Material and performance: It has good light-guiding performance within the visible light wavelength range and has a high level of light-guiding performance.
2. Physical properties: It has high breaking strength, elasticity and excellent durability. It is light, soft, and more resistant to damage. It can easily transmit more light and is suitable for cutting, arranging, grinding and other processing.
3. Environmental adaptability: It has good weather resistance, but long-term ultraviolet radiation may cause the bare fiber to turn yellow; it is not affected by electromagnetic noise, has strong anti-interference ability, and can work stably in a variety of complex environments.
4. Transmission characteristics: It has the characteristics of high bandwidth, high speed, and high performance, which can achieve high-speed data transmission
Asahi Kasei Sensing Fiber Applications:
1.Temperature sensor pressure, displacement sensor.
Biomedical and chemical sensing for measuring the degree of contamination of water treatment fluids and detecting esophageal cancer.
2.Radiation detection. Plastic optical fiber will emit blue light when exposed to radiation. In the future, it will bring lower cost radiation detectors, which can also be used in medical devices.
3.Engineering structure safety monitoring, used for civil structure damage and fracture monitoring, its tensile and alkali resistance is better than quartz fiber. The dynamic response of a carbon fiber reinforced epoxy cantilever under different impact energies was measured.
4.Environmental monitoring, used in industrial, agricultural, biological, and medical applications. Humidity sensors measure changes in optical properties, including the spectrum.