Recently, the Jiangsu Province Circular Economy Association and the Shanghai Circular Economy Association jointly sent a research team to Jiangsu Hengtan Polyfiber Circular Technology Co., Ltd. for a special research and guidance visit. They conducted an in-depth inspection of our company's carbon fibre and glass fibre composite material recycling technologies, production line equipment, and market industrialisation achievements, engaging in detailed discussions on key topics such as the comprehensive utilisation of "new three types" of solid waste, cross-regional industrial collaboration, co-establishment of industry standards, and technological innovation breakthroughs. As a technology innovation enterprise deeply involved in the recycling, harmless disposal, and deep processing of waste carbon fibre composites and waste glass fibre reinforced products, Hengtan Polyfiber has long focused on the core area of comprehensive recycling of decommissioned wind turbine blade solid waste. It is one of the few backbone enterprises in China participating in the formulation of industry standards in the recycled composite material field. Relying on independently developed core technologies and specialised complete equipment, the company conducts professional and precise recycling and regeneration of solid waste resources, such as decommissioned wind turbine blades, industrial carbon fibre scraps, and various discarded composite products, maximising the retention of the original mechanical properties of carbon fibre during processing and consistently producing high-quality recycled carbon fibre and a series of deep-processed products.

Jiangsu Ever Carbon Circular Technology Co., Ltd. showcased its full range of recycled and virgin carbon fiber products at the 29th China International Composites Exhibition.

From the low-altitude economy to automotive components, consumer electronics and industrial products, recycled carbon fiber can enter a wide range of end-use applications in various product forms.

Columnar chopped carbon fiber offers good flowability, making it well suited to screw extrusion and injection molding feeding applications while reducing the risk of bridging and clogging.