脱漆

  • 网络paint removal;peel
脱漆脱漆
  1. TEACO2激光脱漆实验研究

    Experimental study on TEA CO_2 laser paint stripping

  2. 本文对高平均功率高重复率TEACO2激光器应用于飞机蒙皮激光脱漆进行了较为系统的研究。

    Research is carried out for paint stripping of aircraft using high power high repetition rate TEA CO_2 laser in this paper .

  3. 当CO2激光能量密度大于12J/cm~2后,靶面处的大气就会被大面积击穿,大部分的激光能量消耗在击穿过程中,使得脱漆效率下降。

    When the laser fluency is more than 12 J / cm2 , the air near the surface will be broken down . This process wastes most energy and decreases the efficiency of paint stripping .

  4. 重点评述了CH2Cl2型有机溶剂脱漆剂配方及其改进配方,并针对其存在的高挥发性、腐蚀性及毒性等缺点,综述了生态型脱漆剂的研究进展。

    The assessment was highlighted on performance of painting removers formulated with methylene chloride as the organic solvent with respect to the disadvantages such as high volatility , corrosive and toxicity .

  5. 激光清洗&脱漆除锈

    Typical application of laser cleaning & removal of rust and paint

  6. 综述了国内外脱漆剂的研究现状。

    Current study of paint strippers home and abroad was reviewed .

  7. 新型水基有机脱漆剂的研制矿用高水基增稠液压液的试验研究

    The Research of a New Organic Removing-Paint Reagent Based on Water

  8. 介绍了脱漆剂的种类和性质。

    The variety and nature of paint remover were introduced .

  9. 介绍了脱漆剂的脱漆原理和分类。

    Stripping principles and classification of paint strippers were introduced .

  10. 乳液型高效无苯脱漆剂的研制

    Development of a high effective paint remover of emulsion type

  11. 甲基纤维素对水性脱漆剂配制和稳定性的影响

    Effect of Methyl Cellulose on Preparation and Stability of Water-Soluble Painting Stripper

  12. 飞机蒙皮激光脱漆技术研究

    Study on Laser Paint Stripping of Aircraft Surface

  13. 用流化床替代传统的脱漆工艺

    Substitute Fluidized Bed for Conventional Depainting Process

  14. 脱漆剂的研究进展

    Progress of study on paint strippers

  15. 溶剂型碱性脱漆剂的研制

    Progress of Solvent-Based Basic Paint Stripper

  16. 高效脱漆剂的研制

    Development of High-Efficiency Paint Remover

  17. 简述了传统化学脱漆剂,包括热碱溶液脱漆剂,酸性脱漆剂和有机溶剂脱漆剂。

    The traditional chemical painting removers including alkali-based , acid-based and organic solvent types were briefly discussed respectively .

  18. 详细叙述了脱漆剂配方的确定依据,并对其应用前景提出了展望。

    The determination basis of the formula and the composition of the paint strippers were described in detail .

  19. 涂漆均匀,无漏漆、脱漆现象,允许有轻微划痕;

    The paint shall be homogeneously applied without exposed undercoat and depainting , and minor scratch is not allowed ;

  20. 实验表明:促进剂甲酸、苯酚的用量为9%时,脱漆效率可提高2~3倍;

    When the amount of accelerant is 9 % , the striper efficiency can increase 2 ~ 3 times .

  21. 结果表明,冰粒射流可以在较低的喷射压力下达到脱漆功用。

    The experiment results come to the conclusion that ice jet can achieve removing paint in lower working pressure .

  22. 将蒙皮沾水后再进行激光脱漆,可以显著地提高脱漆效率。

    The efficiency of laser paint stripping can be improved dramatically when the aircraft surface is covered with water .

  23. 蒙皮所处的环境也是影响脱漆效率的重要因素。

    The atmosphere around the aircraft surface is also an important factor relevant to the efficiency of laser paint stripping .

  24. 雷达、飞机、高压输电塔架、桥梁和舰艇等的脱漆和除锈,以及清洗珍贵历史文物等。

    Removal of paint from aircrafts 、 radars 、 bridges 、 naval vessels and power transmission towers and restoration historical relics .

  25. 加入1.5%的液体石蜡可以降低其挥发速率,增加脱漆剂的有效作用时间。

    When the amount of liquid olefin is 1.5 % , the active time of the stripper will be prolonged remarkably .

  26. 介绍了脱漆剂的配方,并对其理化性能及脱漆效果进行了测试。

    The formula and preparation of the paint remover were described , physical and chemical properties and depainting results were tested .

  27. 文中介绍了自配的以复合溶剂为主溶剂,添加其它助剂的脱漆剂。

    A paint remover of Zinc rich epoxy primer , which is composed of complex solvents and other additives , is introduced .

  28. 为了提高脱漆速度,本文研究了影响激光脱漆效率的因素。

    To improve the speed of laser paint stripping , the relevant factors on the efficiency of paint stripping are studied in the paper .

  29. 介绍直接焊接漆包线的脱漆焊新技术,并结合相关的试验结果分析讨论了其焊接机理。

    By combining SW ( stripping welding ) tips with capacitor spot welding machine , an equipment to directly weld enamelled wires was designed .

  30. 结果表明,流化床适用性好、符合环保要求,将代替传统的脱漆工艺及清理方法。

    It indicates that fluidized bed has good applicability and suits the requirement of environment protection , can replace conventional depainting process and cleaning method .