一年一次，好评如潮！《尼龙改性及高性能化加工技术》高级研修班（第八期），来了！

Core Viewpoint - The article highlights the rapid advancement of China's nylon industry towards high-end and low-carbon transformation, driven by the domestic production of key raw materials and the increasing demands from emerging sectors such as electric vehicles and robotics [1][2]. Group 1: Background and Context - The full-scale production of the key raw material, adiponitrile, for PA66 has catalyzed the nylon industry's shift towards high-end applications and low-carbon solutions [1]. - Emerging applications in sectors like new energy vehicles, electronics, and intelligent robotics are raising the performance requirements for nylon materials, creating both opportunities and challenges for the industry [1]. Group 2: Workshop Details - DT New Materials will host the "Nylon Modification and High-Performance Processing Technology" advanced training course on July 4-5, 2025, in Ningbo, focusing on high-temperature nylon, performance additives, and innovative formulation design [2]. - The workshop aims to address production challenges and promote technological innovation and product quality improvement through expert insights and practical experiences [2]. Group 3: Workshop Agenda - The agenda includes sessions on high-temperature nylon resin characteristics, modification paths, and the impact of various additives on glass fiber-reinforced nylon performance [3][5]. - Topics will cover the application of high-performance glass fibers in nylon composites, industry advancements in halogen-free flame retardants, and the influence of lubricants and toughening agents on nylon performance [5][7][12]. Group 4: Expert Speakers - The workshop features industry experts with extensive experience in nylon modification and processing, including professionals from Shanghai Beigang New Materials, DT New Materials, and Klaus-Maffei Machinery [14][20]. - Each speaker will provide insights into specific topics, such as high-temperature nylon modification processes and the development of nylon materials [9][10].