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"Jiangsu Tianxin Plastic Optical Fiber Co., Ltd." is a high-tech enterprise integrating independent research and development, design, production and sales of plastic optical fiber and cable products and audio and video peripheral products. At present, the product series includes plastic optical fiber cable, data communication jumper, industrial control system, power control system, intelligent sensing system, automobile intelligence, computer TV connector and peripheral connection line, etc. The company takes the pursuit of user experience as the starting point, takes "Less is More" as the design concept, closely follows the market development trend, and develops and designs a series of unique styles and personalized differentiated products recognized by customers.
Product Classification
Plastic optical fiber is a type of optical fiber made from plastic materials, and its principle of light transmission is achieved through total internal reflection on the inner wall of the fiber. Compared to traditional glass optical fibers, plastic optical fibers have advantages such as being lightweight, low-cost, and easy to process. Plastic optical fibers are currently widely used in fields such as medical, industrial control, automotive, automation, and data communication, suitable for short-distance data transmission.
Industrial Control POF Patch Cord
Plastic optical fiber (POF) industrial patch cords enable efficient, high-speed data transmission in industrial environments. They are lightweight, durable, and resistant to electromagnetic interference. Commonly used in automation and communication systems, POF patch cords offer flexibility, easy installation, and reliable performance, ensuring stable connections in demanding applications.
Industrial Optical Fiber Sensor
Plastic optical fiber (POF) sensor cables are used to transmit light signals in sensing applications. They are lightweight, flexible, and resistant to harsh conditions. Ideal for industrial, medical, and automotive uses, POF sensor cables ensure accurate, real-time data transmission, enabling precise monitoring and control in diverse environments.
650nm industrial transceiver device
Fiber optic lighting is a high-tech lighting technology that transmits light sources to any area through fiber optic conductors. Its applications are extensive, including indoor decorative lighting, localized effect lighting, billboard lighting, guiding lighting for outdoor public areas of buildings, indoor and outdoor underwater lighting, and architectural contour and facade lighting. Additionally, fiber optic lighting features flexible light transmission and safety reliability, making it widely used in industrial, scientific research, medical, and landscape lighting.
Lighting Decoration Optical Fiber Cable
Fiber optic lighting uses light transmitted through optical fibers to create safe, energy-efficient, and flexible lighting solutions. It’s commonly used in decorative and architectural applications, including saunas, due to its versatility. The system uses LEDs as a light source, offering long-lasting illumination with minimal heat and energy consumption.
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UL Flame Retardant Product Series
Fire-resistant and flame-retardant plastic optical cables are made by covering plastic optical fibers with special fire-resistant and flame-retardant materials. Plastic optical cables do not produce radiation and are not affected by electromagnetic interference, radio frequency interference, or noise, and they have a high light transmission capability.
Fiber optic sensors are widely used in industrial automation systems. With advantages such as resistance to electromagnetic interference, lightweight, secure signal transmission, and high sensitivity, they have rapidly grown into an industry with an annual transaction volume exceeding 1 billion USD, and a market worth over 5 billion USD in 2010.
An important application of plastic optical fibers is in various digital audio jumpers, replacing traditional electrical signal transmission with optical digital audio signals.
Plastic optical fibers have been used in industrial control for over 20 years and are widely applied in fields such as processing automation, building automation, process automation, power generation, and transmission and distribution, as well as in industrial control aspects like fieldbus, process control, and digital control.
In conjunction with the application of plastic optical fibers in automobiles, a series of M.O.S.T. plastic optical fiber jumpers have been launched, ensuring high quality standards through strict end-face polishing technology and rigorous optical fiber testing methods.
Our company is currently seeking domestic agents and overseas export agents. We welcome you to contact us for discussions!
11
2024-01
What factors should be considered when choosing audio and video cables?
When choosing audio and video cables, it is also necessary to consider whether they are compatible with the devices they are connecting to. Different devices may require different types of audio and video cables, so it is important to ensure that the interfaces and specifications of the selected cables match those of the connected devices.
09
2024-01
How does plastic optical fiber perform in audio transmission?
Plastic optical fiber is a type of optical fiber made from polymer materials that can transmit light signals. Compared to traditional glass optical fibers, plastic optical fibers are characterized by their low cost, flexibility, and ease of installation and operation. In the field of audio transmission, plastic optical fibers can be used to connect audio devices such as audio players, speakers, and televisions to achieve the transmission of audio signals.
05
2024-01
Can plastic optical fibers replace copper wires for data transmission?
Plastic optical fibers, as an emerging transmission medium, have certain advantages and potential. However, whether they can replace copper wires for data transmission still requires a comprehensive consideration of various factors. In practical applications, it is necessary to choose the appropriate transmission medium based on specific needs and environments. For scenarios that require long-distance transmission and high resistance to interference, plastic optical fibers may be more suitable; whereas for scenarios with shorter transmission distances and higher demands for cost and ease of use, copper wires remain an ideal choice. With the continuous development of technology and the reduction of costs, the application prospects of plastic optical fibers in the field of data transmission will be even broader.
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