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Pulse Ramp Mixed Electrolyte AnodizingAutomated Practical – All Aluminum and Titanium Alloys

机译：脉冲斜坡混合电解质阳极氧化自动＆实用–所有铝和钛合金

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A new simplified practical system for pulse ramp technology using economical mixed electrolytesrnwill be presented. Sulfuric acid concentrations in Type Ⅱ and Type Ⅲ anodizing tanks can bernreduced by up to 50% with accelerated anodic coating formation rates. The electrolyte also hasrnincreased conductivity and promotes energy savings with operational ranges from 30° - 100℉.rnThis technology will anodize all aluminum alloys, including 2011, 2024, 7050, 7178 and 380rnDC at lower voltages with faster rates without powdering or burning. Data logger graphs willrnbe presented along with production data. The paper covers commercial, military and aerospacernapplications.

机译：将提出一种使用经济型混合电解质的新型简化的脉冲斜坡技术实用系统。加快阳极涂层的形成速度，可将Ⅱ型和Ⅲ型阳极氧化槽中的硫酸浓度降低多达50％。电解液还提高了电导率，并在30°-100°C的工作范围内促进了节能。rn该技术将在较低的电压下阳极氧化包括2011、2024、7050、7178和380rnDC在内的所有铝合金，且不产生粉化或燃烧现象，且速度更快。数据记录器图形将与生产数据一起显示。本文涵盖商业，军事和航空航天应用。

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《SFIC SUR/FIN 2005》|2005年|1|共1页
会议地点 St.Louis MO(US)
作者
Fred Charles Schaedel;
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Alpha Process SystemsrnWestminster, California USA 14600 Golden West St, Ste. A206rnWestminster, CA 92683rnPhone (714) 894-0109rnFax (714) 894-0179rnEmail: info@alphaprocess.com;

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8. Stress Corrosion Cracking of Titanium Alloys - Scc of Aluminum Alloys, Polarization of Titanium Alloys in Hydrogen Chloride and Correlation of Titanium and Aluminum Scc Behavior Quarterly Progress Report, 1 Oct. 1968 - 31 Mar. 1969 [R] . Beck, T. R., Blackburn, M. J., Speidel, M. O. 1969

机译：钛合金的应力腐蚀开裂 - 铝合金的scc，钛合金在氯化氢中的极化及钛与铝的相关性scc行为季刊进展报告，1968年10月1日 - 1969年3月31日

Pulse Ramp Mixed Electrolyte AnodizingAutomated Practical – All Aluminum and Titanium Alloys

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