The electrical conductivity of the electrode felt in a flow battery is one of the key factors affecting the battery’s efficiency and performance. The better the conductivity, the lower the resistance, and the lower the energy loss during charging and discharging, thereby improving the battery’s overall energy efficiency and power […]

Research into prepregs began in the 1960s following the successful development of high-performance fibers (such as carbon fibre and aramid fiber). The initial method of preparation involved arranging bundles of fibers in parallel on a glass plate and impregnating them with a resin matrix. In the 1970s, continuous high-performance fibers

In the field of industrial equipment, the lightweighting revolution brought about by carbon fiber is disruptive, systemic and has a multiplier effect. It is by no means merely a matter of reducing weight; rather, by restructuring the physical foundations of equipment, it has triggered a chain reaction of improvements in performance,

Polymer coatings applied via methods such as electron-induced polymerisation, polymer surface media, and surface coating introduce a thin polymer film onto the carbon fibre surface, thereby achieving compatibility with the matrix resin.   Plasma constitutes a collective of matter comprising a sufficient quantity of positively and negatively charged particles with

Carbon fiber, as an advanced material characterised by high strength and modulus, typically requires composite processing with other matrix materials to form composite structures for practical application. Due to the high-temperature treatment exceeding 1300°C that carbon fibre undergoes, comprising over 90% carbon content with minimal surface active functional groups, it