概述了几种最新的钛及钛合金表面绿色化学处理技术,包括草酸溶液处理,氢氧化钠-过氧化氢处理,过氧化物-钛酸盐处理,氢氧化钠-过氧化氢-稀土处理,三碱处理,氢氧化钙-硝酸盐处理和"阿洛丁"处理.无氟无铬绿色环保型的化学氧化处理工艺是今后的研究方向.
Some newly developed green chemical surface treatments for titanium and titanium alloys including oxalic acid treatment, sodium hydroxide-hydrogen peroxide treatment peroxide-titanate treatment, sodium hydroxide-hydrogen peroxide- rare earth treatment, three-alkali treatment, calcium hydroxide-nitrate treatment and Alodine treatment were summarized. Chromium- and fluorine-free green chemical treatment process will be the future research direction.
参考文献
[1] | 彭艳萍.军用新材料的应用现状及发展趋势(待续)[J].材料导报,2000(01):13-16. |
[2] | 付艳艳,宋月清,惠松骁,米绪军.航空用钛合金的研究与应用进展[J].稀有金属,2006(06):850-856. |
[3] | 赵永庆,奚正平,曲恒磊.我国航空用钛合金材料研究现状[J].航空材料学报,2003(z1):215-219. |
[4] | 藤井秀榭;高懦一浩;山下義人.自勤車部品へのチタン材適用[J].新日鉄技报,2003(378):62-67. |
[5] | 何利舰,张小农.钛及钛合金的表面处理技术新进展[J].上海金属,2005(03):39-45. |
[6] | SHIBUYA Y;SATO M;SATO J et al.Titanium or titanium alloy member and surface treatment method therefor[P].US,6221173,2001-04-24. |
[7] | LOWTHER S E;PARK C;CLAIR T L St .A novel surface treatment for titanium alloys[R].Langley,1999. |
[8] | 王宝云,李争显,马东康.钛及钛合金表面强化技术[J].稀有金属快报,2005(07):6-10. |
[9] | 张轲,刘道新.钛合金湿法镀前活化预处理工艺的研究[J].材料保护,2001(10):42-43. |
[10] | SONODA S;HETSUGI K;SAWASAKI Y et al.Process for treatment of titanium and titanium alloys[P].US,4874480,1989-10-17. |
[11] | MUSHIAKE M;ASANO K;MIYAMURA N .Surface treatment method for titanium or titanium alloys[P].US,5051140,1991-09-24. |
[12] | 黄平,徐可为,憨勇.钛合金表面微弧氧化膜的特点及成膜分析[J].稀有金属材料与工程,2003(04):272-275. |
[13] | 刘振雷,闫红娟,时广霞,马海峰,王丽艳.改善钛基化学镀层结合力的研究[J].电镀与环保,2007(06):11-12. |
[14] | LIN C-T .Additive package for in situ phosphatizing paint,paint and mcthod[P].US,5322870,1994-06-21. |
[15] | 张景双;李萌初;杨哲龙 等.钛材表面牛成"活性膜"的研究[J].电镀与环保,1993,13(05):3-4. |
[16] | MORENO L C;GARCIA-PINFROS J;DEIGADO-MEJIA E .Triple alkaline treatment of titanium surfaces for calcium phosphates growth[J].Brazilian Journal of Physics,2006,36(3B):997-999. |
[17] | MYERS R;MOSSER M F;EDDINGER K et al.Phosphate bonding composition[P].EP,0905279,1999-03-31. |
[18] | COGGINS D L .Conversion coating for titanium and titanium base alloys[P].US,3907609,1975-09-23. |
[19] | SAE International .Conversion coating of titanium alloys fluoride-phosphate type[SAE AMS 2486D][R].SAE International,2004. |
[20] | ANGFLL C H .Surface treatment of titanium[P].US,3650861,1972-03-21. |
[21] | MINEVSKI Z;CLARKE E;MAXEY J et al.Conversion coatings prepared or treated with calcium hydroxide solutions[P].US,6395 106,2002-05-28. |
[22] | TUCKER W C;DEPA P K;BROWN R.Elimination of acids and chromates in titanium surface preparations[A].http://www.corrdefcnsc.org/Acadcmia%20Govemment%20and%20Industry/XXI-BROWN-TUCKER.pdf,2003-11-22 |
[23] | SHOEMAKER R H .New chemical surface treatments for processing titanium[R].SAE International,2007. |
[24] | 陈德生.TCA钛合金胶接前表面制备工艺研究[J].航空工艺技术,1991(04):27-29. |
[25] | HARDIN S G;WITTEL K W;HUGHES A E et al.Process and solution for providing a conversion coating on a metallic surface Ⅰ[P].US,20020084002,2002-07-04. |
[26] | PHELPS A W;STURGILL J A;SWARTZBAUGH J T .Non-toxic corrosion-protection conversion coats based on rare earth elements[P].US,7407711,2008-08-05. |
[27] | HAGER H E;BLOHOWIAK K Y;JONES J H et al.Chromate-free protective coatings[P].EP,0792922,1997-09-03. |
[28] | HENKEL Corp.Alodine 5200/5700,non-chrome conversion coating[A].,2004 |
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