严伟强,杨文忠.3A21型铝合金高效复合型表面处理液的工艺研究[J].表面技术,2014,43(1):109-113.
YAN Wei-qiang,YANG Wen-zhong.Study of Efficient Compound Surface Pretreatment on 3 A21 Aluminum Alloy[J].Surface Technology,2014,43(1):109-113
3A21型铝合金高效复合型表面处理液的工艺研究
Study of Efficient Compound Surface Pretreatment on 3 A21 Aluminum Alloy
投稿时间:2013-09-13  修订日期:2013-10-29
DOI:
中文关键词:  表面处理液  表面活性剂  除油  除Al2O3
英文关键词:pretreatment agent  surface active agent  oil dirty  alumina
基金项目:
作者单位
严伟强 南京工业大学 理学院, 南京 210009 
杨文忠 南京工业大学 理学院, 南京 210009 
AuthorInstitution
YAN Wei-qiang Nanjing University of Technology, Nanjing 210009, China 
YANG Wen-zhong Nanjing University of Technology, Nanjing 210009, China 
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中文摘要:
      目的 研制一种高效、复合水基型铝合金表面处理液。 方法 以几种表面活性剂、混合酸为主要原料,以铝合金表面的油污去除率和 Al2O3 膜的去除能力作为性能评价的定量因子。 通过正交试验确定了表面处理液的组分,同时对表面处理液的综合性能进行测试。 结果 表面处理剂的最佳配方为脂肪醇聚氧乙烯醚 4 . 8 g / L( AEO-7 4 . 0 g / L,AEO-9 0 . 8 g / L) 、烷基醇聚氧乙烯醚( OP-10 ) 1 . 0 g / L、十二烷基苯磺酸钠( SDBS) 0 . 6 g / L、硫酸( H2SO4) 4 . 0 g / L、磷酸( H3PO4) 6 . 0 g / L,采用浸泡处理 20 ~ 30 min。 实验结果表明该表面处理液具有较强的稳定性,同时具有优良的去油污和去 Al2O3 膜的能力。 结论 该型表面处理剂的组分廉价易得,且工业处理过程中对设备没有其他特殊的要求,因此该型表面处理液可以广泛的用于 3 A21 型铝合金材料的预处理,在工业上具有较大的运用潜力。
英文摘要:
      Objective To develop a new type of highly efficient water-based aluminum alloy surface treatment agent. Methods Several kinds of surface active agents and mix acids were used as the main materials, and the aluminum alloy surface oil removal and Al2 O3 film removal capability were used as quantitative factors for performance evaluation. The components of the pretreatment agent were finalized through orthogal test, and the integrated performance of the surface treatment solution was tested. Results The best formula of the treatment agent was as following: fatty alcohol ethoxylates 4. 8 g / L( AEO-7 4. 0 g / L, AEO-9 0. 8 g / L) , alkyl alcohol polyoxyethylene ether ( OP-10) 1. 0 g / L, sodium dodecyl benzene sulfonate( SDBS) 0. 6 g / L, sulfuric Acid ( H2 SO4 ) 4. 0 g / L, phosphoric acid ( H3 PO4 ) 6. 0 g / L, soaking 20 ~ 30 min. The experimental result showed that the new surface pretreatment agent was with good stability. It could successfully remove the oil and Al2 O3 film on the surface. Conclusion Since the components of this surface treatment solution are cheap and readily available, and there is no special requirement for equipments during industrial processing, this agent can be widely used in the pretreatment of aluminum materials and components. The highly efficient pretreatment agent will have great potential in industry.
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