In modern industry, where the pursuit of higher performance and lighter weight is paramount, a material’s specific strength (the ratio of strength to density) and specific modulus of elasticity (the ratio of modulus of elasticity to density, also known as specific stiffness) have become key indicators for assessing its performance. […]
CFRP：Strong, Stiff and Lightweight Keep Reading »
When faced with the bewildering array of carbon fibre grades such as T300, T800 and M40J, do you ever feel at a loss as to where to begin? As a strategic, advanced reinforcing material, carbon fibre exhibits a wide range of properties, and the most fundamental and widely used classification
The Properties and Applications of the Five Grades of Carbon Fibre Keep Reading »
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
Conductive Properties of Flow Battery Felt Keep Reading »
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
Carbon Fiber Prepreg Keep Reading »
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,
Carbon fiber lightweight Keep Reading »
