Daishing POF Focus on the full-chain innovative research and development and industrial application of plastic optical fibers, special optical cables and optoelectronic devices

Plastic optical fibers for military communication: The “invisible nerve” on the battlefield Have you ever wondered what is silently conveying key information behind those high-tech weapons and equipment? Today, let’s talk about a “behind-the-scenes hero” in the field of military communication – plastic optical fibers. When it comes to optical

Polycarbonate plastic optical fiber: The Magic of Letting Light “run” through plastic Have you ever thought that light can not only run through glass but also shuttle through plastic? Polycarbonate plastic optical fiber is such a magical material. It enables optical signals to be transmitted through plastic fibers, quietly changing

Recently, I was chatting with a few friends in the communication industry and we talked about a rather interesting topic: imported alternative optical fiber solutions. To be honest, in the past, we always thought that imported optical fiber equipment was “high-end and sophisticated”, with good quality, advanced technology and peace

Alternatives to Imported Optical Fibers: Are We Really Ready? Recently, I was chatting with a few friends who work in communication engineering. They were all complaining that the price of imported optical fibers had risen sharply and the delivery time was getting longer and longer. This made me start to

Have you ever experienced the embarrassment of coming home at night and fumbling in the dark to find the key to open the door? Or are you awakened by strange noises in the yard in the middle of the night but dare not go out to check? At this time,

The core of modern communication and information transmission is the fiber optic technology. With technological advancements, the application scope of fiber optics is more bigger than before, covering areas ranging from high-speed internet to industries such as manufacturing and healthcare. In this process, internationally advanced glass fiber technology and plastic optical fiber

Optical fiber sensor networks sound quite sophisticated, but in fact, they are not far from our daily lives. In simple terms, optical fiber sensor networks use optical fibers as sensors to monitor various physical quantities, such as temperature, pressure, vibration, and so on. It is somewhat similar to the optical

The fiber industrialization of plastic optical fibers began with material research, primarily focusing on improving the transmission properties of plastic materials. By developing new high-performance polymer materials, the optical loss and bandwidth of plastic optical fibers have been gradually enhanced. For instance, initial materials such as polystyrene (PS) and polyethylene terephthalate (PET)