表面保护膜

  • 网络Surface Protection Film
表面保护膜表面保护膜
  1. 可剥离型表面保护膜用EVA胶粘剂的研制

    Development of EVA Adhesive for Peelable Protective Film

  2. C2H2F4混合气体浓度越高,温度越低,保温时间越长,表面保护膜中MgF2的相对含量就越高。

    The thicker the C_2H_2F_4 concentration , the lower the temperature and the longer the exposure time , the higher the content of MgF_2 in the surface protective film .

  3. 表面保护膜形成残胶的机理和对策

    Formation mechanism and solutions of residual gum for surface protective film

  4. 磁制冷材料表面保护膜附着性能的研究

    Study on the Adhesion Property of Surface Protective Films on the Magnetic Refrigerant Materials

  5. 表面保护膜企业战略联盟伙伴评价与选择研究

    Research on the Strategic Alliances Partner 's Evaluation and Selection in Masking Film Enterprises

  6. 表面保护膜制造方法

    The Methods for Developing Surface Protective Film

  7. 以丙烯酸酯为原料,通过改进的溶液聚合工艺,研制了表面保护膜用丙烯酸酯压敏胶。

    Acrylic pressure sensitive adhesives for protective film were prepared via solution polymerization using acrylic monomers .

  8. 本机适用于不锈钢型材,塑钢型材、铝合金型材等表面保护膜贴辅包装。

    This machine is applicable to the sticking and packing of protective film applied to the surface of stainless steel , plastic-clad steel and aluminum alloy sections .

  9. 本文介绍了表面保护膜的用途、特性、基材的选择与处理,改善粘基力和稳定剥离力的方法。

    The application and property of surface protective film was described in this paper , and the way how to improve the force to substrate and to stablize peel force was discussed also .

  10. 表面溅射保护膜对Gd腐蚀行为的影响

    Effect of Magnetron Sputtered Coatings on Corrosion Behavior of Gd in Water

  11. AMT及其复合物在青铜表面形成保护膜的耐蚀性研究

    Study on corrosion resistance of protective films formed by AMT and its complex reagent

  12. 为提高抗热变色性能,采用化学钝化方法进行了试验研究,结果表明,在Zn-Cr-OH混合液中经电化学钝化处理,铜箔表面形成保护膜,抗热变色能力明显提高。

    To improve the fading resistance , chemical passivation and electrochemical passivation have been adopted for the study . The results show that a protective film forms on the surface of copper foils after the electrochemical passivation treatment in the mixed Zn-Cr-OH liquid , with the fading resistance markedly improved .

  13. 摩擦表面无机保护膜摩擦学研究进展

    Progress of Tribology of Inorganic Protective Films on Friction Surface

  14. 充分清洁发根和发梢,独特的蚕丝精华在发丝表面形成保护膜,减少来自外部环境的伤害,减少水分流失。

    Clean hair and hair root , fully , unique in the hair surface formation of silk extract from external environment protective , reduce the harm that reduce water loss .

  15. 介绍了镁合金表面形成保护膜的化学转化、阳极氧化、微弧氧化、电镀和化学镀这些表面处理方法的研究情况。

    Some kinds of technologies , such as chemical conversion , anode oxidation , micro-arc oxidation , electroplating and chemical plating , about surface treatment for magnesium alloys are introduced .

  16. 使用后,在皮肤表面形成保护膜,防止肌肤再次受到刺激,保持肌肤通透、润泽、光泽、亮彩!

    After using , forms a membrane on the skin surface , prevents the skin from being stimulated again , keeping the skin penetrating , moist , gloss , bright color !

  17. 该水质缓蚀剂选用了在水介质中缓蚀性能优良的无机缓蚀组分和有机膦酸盐为主要缓蚀阻垢成分,可在金属表面形成保护膜,有效地抑制金属的腐蚀。

    Consisting of inorganic corrosion inhibiting component and organic phosphate which are prone to resistance to corrosive water , the agent can generates a protective film over metallic surface to effectively restrain metallic corrosion .

  18. 采用电化学方法和XPS、AES法研究5-氨基-2-巯基-1、3、4-噻二唑(AMT)在青铜表面形成的保护膜。

    Abstract The protective films of 5-amino-2-mercapto-1,3,4-thiadiazole ( AMT ) on bronze were investigated by XPS , AES and electrochemical means .

  19. 石质文物古迹表面的天然保护膜研究历史文物古迹规划保护反思

    The Crude Conservation Film on Historic Store Consideration on planning and protecting of cultural treasures and historic site

  20. 认为该复配缓蚀剂是一种混合型缓蚀剂,它能在碳钢表面形成的保护膜,从而抑制碳钢的腐蚀。

    The compound is a mixed inhibitor that can protect the steel surface of the membrane , thereby inhibiting the carbon steel corrosion .

  21. 在此基础上,提出了其碱蚀机理是溶解表面富集产生保护膜保护膜破裂溶解的循环统一。

    Based on these results , the mechanism of alkali attack , dissolution-causing protective film because of surface enrichment - rupture of protective film-dissolution , was suggested .

  22. 该除锈防锈剂在金属表面形成磷酸盐保护膜,既可作为普通金属除锈防锈剂使用,也可作为金属涂装前处理剂使用。

    The remover / inhibitor can form phosphating film on the surface of metal so that it can be used as either ordinary anti-rust or pretreatment agent of painting .

  23. PVA/HAP复合使用时,可在分散油相表面形成双层保护膜,对分散油相起胶体保护和机械隔离作用。

    After adopting PVA / HAP composite suspending agents , the two-layer protective films formed at the surface of the dispersed oil phase can provide colloidal protection and mechanical isolation to the oil phase .

  24. 并通过扫描电镜分析和X射线衍射分析等手段对正极性加工时其表面不形成碳保护膜的原因进行了深入的分析。

    The reason of no carbon-protection-film on the surface of the TC4 after EDM is analyzed carefully by the way of scan electron microscope and X-radial diffraction .

  25. 在有溶解氧存在的条件下,硼砂在碳钢表面所形成的保护膜的主要组成是FeO、Fe2O3与铁的硼酸盐,并夹杂有Cl-,硼砂表现出阳极抑制型缓蚀剂的特性;

    The inhibitory films formed by borax on the surface of carbon steel in FeCl_3 solution with dissolved oxygen mainly consists of Fe_2O_3 , FeO and ferric borate , with occluded Cl ~ - ions .

  26. 综述了用硅烷试剂处理金属表面而形成的保护膜性能及结构的表面分析方法。

    Surface analysis methods for structure and characters of silane film on metal surface were reviewed in this paper .

  27. 研究了在铜合金表面电镀纯铜层保护膜对铜合金引线框架氧化失效的影响。

    The effects of surface electroplate pure copper on oxidation failure of lead frame copper alloys for IC package were investigated .

  28. 通过扫描电镜分析可知,该复合缓蚀阻垢剂能够在碳钢表面形成一层保护膜,从而起到有效抑制碳钢腐蚀的作用。

    The result of scanning electron microscopy analysis showed that a protective film was formed on the surface of the carbon steel to inhibit the corrosion .

  29. 布雷尔利对此感到奇怪,翻看实验记录后发现,这种铬含量为12%的“不锈钢”,会在表面形成一层保护膜,避免在空气中被氧化腐蚀。

    Searching his notes , he found the precise formula for stainless or " rustless " steel - 12 percent chromium formed a protective layer on steel when exposed to oxygen .

  30. 结果表明,该添加剂可在金属表面形成牢固的保护膜,极大地提高喷气燃料的腐蚀抑制性能,而且与喷气燃料中的其它添加剂具有很好的配伍性,有效地抑制喷气燃料的银片腐蚀。

    The result manifests the addictive can form protective film on the metal surface , greatly improves corrosion resistance and can well match with other addictives to effectively inhibit corrosion of the silver .