金属添加剂生产设计：专业体育器材案例研究  

Production design of metal additives： a case study of professional sports equipment

作　　者：贾乃佳[1] Jia Naijia(Xi＇an Institute of Finance and Economics Xingzhi school,Xi＇an,710038)

机构地区：[1]西安财经学院行知学院,西安710038

出　　处：《现代科学仪器》2018年第3期146-149,共4页Modern Scientific Instruments

基　　金：陕西省教育科学“十三五”规划2017年度课题,课题名称：基于岗位责任清单的应用文科实践教学,课题编号：SGH17H398

摘　　要：专业体育器材对于原材料和制备工艺有着更高的要求,铝基复合材料融合了铝和复合材料的双重优势,得以广泛应用,为优化该选材的质量,针对传统中间合金的熔炼工艺复杂、耗材高等问题,提出一种高效速锰金属添加剂,首先介绍了金属添加剂设计的基本要求,细化金属添加剂的生产设计方案,并以健身自行车车身专用的SiC/2024铝基复合材料为研究实例,分析其应用效果,结果表明该金属添加剂的研制能够显著提升产品实收率、控制成本,且熔解调整效果较好,达到了预期的化学成分要求.Professional sports equipment has higher requirements for raw materials and processing technology. Aluminum matrix composites combine the advantages of aluminum and composite materials and are widely used. In order to optimize the quality of the selected materials, a high-effciency manganese metal was proposed to solve the problems of complex smelting process and high consumptive materials of traditional master alloys. Firstly, the basic requirements of the design of metal additives are introduced, and the design scheme of the production of metal additives is refned. Taking SiC/2024 aluminum matrix composite for bicycle body as an example, its application effect is analyzed. The results show that the development of the metal additive can signifcantly improve the product yield, control the cost and melt down. The adjustment effect is better and the expected chemical composition is achieved.

关 键 词：金属添加剂 助溶剂 铝基复合材料 体育器材 

分 类 号：TB39[一般工业技术—材料科学与工程]