钛合金零件成型翻边的一模三用热成型模具

Titanium Alloy Parts Forming of One Mode with Three Hot Shaping Matrix

针对某型号产品零件钛合金材料的强度及延伸性问题,提出一模三用的热成型模具设计方案。分析零件结构特点及材料性能,确定采用热压成型工艺方案,根据模具加热的理论依据,对模具结构进行设计,并对模具结构设计的合理性进行分析。结果表明,该设计能提高模具零件的翻面装配,降低模具成本,提高产品质量。

Aiming at intensity and extension problem of titanium alloys material certain type product,put forward a new hot-press shaping matrix design project of one matrix for three purposes.Analysis its part design feature and material performance,using hot-press shaping project and hot-press theory of matrix progress matrix structure design,and the rationality of structure design of matrix are analyzed.The result shows that the design can improve turn-over assembly of matrix part,product quality,and reduce cost.