Wind Power Equipment Industry Forum in Jiangyin: Liaoyuan Manufacturing Participates

Focusing on Engineering Requirements for Key Materials and Load-Bearing Components

On December 25, 2025, an industry forum focusing on key materials and critical components for wind power equipment was held in Jiangyin, Jiangsu Province. The event brought together companies from across the wind power supply chain to discuss practical manufacturing requirements related to material performance, component reliability, and supply coordination.

As a manufacturer serving the energy equipment sector, Liaoyuan Manufacturing was invited to participate in the forum and engaged in discussions with representatives from wind turbine OEMs, component manufacturers, and materials suppliers.

During the event, industry organizations and participating companies shared insights into renewable energy development trends, wind power equipment manufacturing characteristics, and material technology applications. Several wind power equipment manufacturers outlined their technical considerations for key materials and load-bearing components based on real project requirements, while materials suppliers introduced their product capabilities from an engineering application perspective.

During the networking and technical discussion sessions, Liaoyuan focused on topics related to the performance stability, dimensional consistency, and manufacturing reliability of large-scale forged components and seamless rolled rings used in wind power equipment. The company exchanged views with upstream and downstream partners on specific application scenarios and potential technical collaboration.

Liaoyuan has long been supplying forged components for the energy and heavy equipment industries, with integrated manufacturing capabilities covering open-die Forging, seamless Ring Rolling, Heat Treatment, and machining. Participation in this industry forum further strengthened the company’s understanding of evolving manufacturing requirements and material application trends in wind power equipment, supporting future project-specific discussions and engineering collaboration.