摘要
本文系统分析了 3D打印技术在橡胶绝热层材料成型中的最新进展,着重探讨了技术优势与挑战.通过对比熔融沉积建模(fused deposition modeling,FDM)、选择性激光烧结(selective laser sintering,SLS)、立体光刻(stereo lithography apparatus,SLA)等打印技术的适用性,明确了各工艺对橡胶材料性能的影响.研究强调了材料改性的重要性,如共混与化学改性,以提升打印性能与环境适应性.工艺参数优化,包括层厚、速度、温度及路径支撑设计,是确保制品质量的核心.未来,多材料集成、数字化设计与标准化规范将是技术发展的关键方向,预示着 3D打印在橡胶绝热层制造中将实现更高效、环保及智能化的飞跃.
Abstract
This paper systematically analyzes the latest advancements in the application of 3D printing technology in the molding of rubber insulation layers,with a focus on discussing its technical advantages and challenges.By comparing the applicability of fused deposition modeling(FDM),selective laser sintering(SLS),and stereo lithography apparatus(SLA)printing technologies,the impact of each process on the properties of rubber materials is clarified.The research emphasizes the importance of material modification,such as blending and chemical modification,to enhance printing performance and environmental adaptability.Optimization of process parameters,including layer thickness,speed,temperature,and support path design,is crucial for ensuring product quality.In the future,multi-material integration,digital design,and standardized specifications will be key directions for technological development,indicating that 3D printing will achieve a more efficient,environmentally friendly,and intelligent leap in the manufacturing of rubber insulation layers.
维普
万方数据