This article explores the critical considerations for selecting flame-retardant materials in new energy vehicles, emphasizing their importance in ensuring electrical safety across various components like vehicle interiors, battery modules, charging facilities, connectors, and cables, and highlights key material characteristics and requirements for each application.
The NEV market has witnessed unprecedented growth. However, this rapid advancement brings its own set of challenges, particularly in terms of vehicle safety. Among these, spontaneous combustion incidents have emerged as a significant concern, raising questions about the reliability and safety protocols of these modern vehicles. This issue not only affects consumer confidence but also underscores the urgent need for enhanced safety measures.
This article analyzes the reasons for plastics' popularity in automotive smart surfaces, emphasizes the importance of flame retardant plastics for vehicle safety, and presents YINSU's contributions to the industry.
This article reviews the latest research progress on flame-retardant modifications of ABS, comparing various flame retardants and highlighting the challenges and future directions in developing environmentally friendly and efficient flame-retardant ABS materials.
Explore the cutting-edge progress of ABS flame retardant modification, from halogenated to halogen-free, and comprehensively analyze the latest research results and environmental trends.
In-depth understanding of the key methods of ABS flame retardant modification and applicable flame retardants, from the principle to the application, comprehensively grasp the key points to enhance the flame retardant performance of ABS.