电解脱脂工艺研究+文献综述
毕业论文关键词：电解脱脂；无磷；碱性脱脂；
Electrolysis degreasing process research
Abstract：Research the process composition and process conditions electrolytic degreasing degreasing effect on the degree of influence, and to determine the best process recipe and process conditions electrolytic degreasing.Experiments using single factor experiment were added amount of sodium hydroxide, sodium carbonate added amount, the amount of sodium lauryl sulfate, TX-10 added, temperature range, current time, current density, were roughly determined. With orthogonal test to test, sodium hydroxide, sodium carbonate, sodium lauryl sulfate and TX-10 identified as variable factor, each factor taken three levels orthogonal experiment data, to determine the best process recipe combinations.Experimental results show that the larger role of sodium dodecyl sulfate and TX-10 to degreasing effect of current density, the presence of interaction between time and temperature of the three oil. After analysis to determine the sodium hydroxide concentration at 28g / L, sodium carbonate concentration at 25g / L, sodium dodecyl sulfate controlled volume fraction 0.22%, TX-10 at 0.18% volume fraction control, temperature control 45 ℃, the current density of 1A / dm2, degreasing time control in 3min degreasing effect can be achieved when the best you can get completely hydrophilic surface of the steel specimen.
Key Words: Electrolytic degreasing;No phosphorus;Alkaline degreasing
目录
1 引言…1
1.1 课题概况及研究意义…1
1.2 研究内容及目的1
1.3 研究状况及发展趋势…1
1.3.1 碱液脱脂…1
1.3.2 有机溶剂脱脂2
1.3.3 传统电解脱脂2
1.3.4 无磷电解脱脂3
1.3.5 现阶段的研究及改进…4
1.3.6 发展趋势…5
1.4 课题技术要求…5
2 电解脱脂的技术原理…6
3 研究方法…7
3.1 工艺研究方法…7
3.1.1 单因素试验验法…7
3.1.2 正交试验法7
3.2 除油效果测定方法7
4 实验研究…8
4.1 实验仪器、试剂、材料…8
4.2 实验前准备8
4.2.1 油污试片的制备…8
4.2.2 添加剂的制备8
4.2.3 稀硫酸的制备8
4.2.4 脱脂槽的设计8
4.3 工艺组成的确定9
4.3.1 氢氧化钠用量范围确定9
4.3.2 碳酸钠用量范围确定…9
4.3.3 十二烷基硫酸钠用量范围确定9
4.3.4 TX-10用量范围确定…9
4.4 工艺条件的确定9
4.4.1 工艺温度范围确定10
4.4.2 工艺电流密度确定10
4.4.3 工艺时间确定10
4.5 最佳工艺组合确定10
5 实验结果及讨论…12
5.1 工艺配方12
5.2 工艺成分的作用及影响12
5.2.1 基础成分12
5.2.2 添加剂…13
5.3工艺条件的影响…14
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