无机粘结剂

  • 网络inorganic binder;inorganic adhesive
无机粘结剂无机粘结剂
  1. 采用无机粘结剂H3PO4CuO取代酚醛树脂粘结剂,制作树脂磨具。

    Inorganic adhesive H3PO4 CuO is presented for replacing phenol aldehyde resin adhesive in preparing diamond grinder .

  2. 结果表明,采用PVA有机粘结剂的涂料常温强度高于硅溶胶无机粘结剂涂料的常温强度。

    The experimental results show that the coating has higher strength contained PVA organic binder than con-tained colloidal silica inorganic binder at room temperature .

  3. 采用有机硅树脂、无机粘结剂和无机填料制备的有机无机复合耐高温绝缘漆,其涂层经600℃,1h的热处理后可具有良好的附着力和绝缘性能。

    The title organic-inorganic hybrid heat resistant insulation coatings has been developed based on organic resin , inorganic binder and fillers , which shows good adhesion and insulation properties after heat treatment at 600 ℃ 1h .

  4. 一种WS2加无机粘结剂的滚压膜在上述试验条件下可使微型球轴承得到有效的润滑,可在高温气体流量计上成功应用。

    A roll-pressed inorganic bonded WS2 film gives rise to an effective lubrication for miniature bearing under above testing conditions and has been successfully applied to a high temperature gas measuring flowmeter .

  5. 双无机粘结剂锆英石粉涂料

    A Zircon Vater-Base Foundry Coating with Two Inorganic Binders

  6. 氧化铜无机粘结剂的应用

    Application of abio - cohesion made from oxidation copper

  7. 紧凑型节能灯无机粘结剂水涂粉工艺的研究

    The Research of Inorganic Viscose Water Smearing Fluorescent Powder Techology in Compact Fluorescent Lamps

  8. 无机粘结剂颗粒肥的崩解率比有机粘结剂高6.6%。

    Disintegration rate of inorganic binder was higher 6.6 % than that of organic binders .

  9. 复合无机粘结剂对钌酸铋/银基厚膜电阻性能影响

    Effect of Compound Inorganic Binder on Properties of Bismuth Ruthenate / Silver Based Thick-film Resistors

  10. 利用有机粘结剂加工的有机复混肥的颗粒烘干性能显著优于无机粘结剂。

    The drying character of granular fertilizers made by organic binders had advantage over the inorganic binder .

  11. 作者研究了在铸造涂料中加入不同有机或无机粘结剂后的抗弯强度。

    The bending strength of foundry coating added with several organic or inorganic binders was studied in this paper .

  12. 所以以淀粉生产的有机粘结剂完全可以替代无机粘结剂用于有机复混肥的颗粒化生产。

    So starch binding agent can be justified effective in substitute instead of mineral binder bond for organic compound fertilizer .

  13. 淋溶试验结果表明有机粘结剂比无机粘结剂有利于延缓颗粒肥速溶养分的释放。

    The result of leaching examination showed that organic binder was better in favor of delaying nutrient release than inorganic binder .

  14. 利用天然的玉米淀粉合成了一系列的有机粘结剂,用以替代无机粘结剂在有机复混肥上应用。

    Wherefore , crude cornstarch is utilized to synthesize a series of organic binding agent for substituting mineral binder bond at organic compound fertilizer application .

  15. 从粘结剂的配制、粘结剂的粘结性能及粘结工艺等几个方面,介绍了氧化铜无机粘结剂及其在机械行业特别是在模具制造中的应用。

    Application of abio - cohesion made from oxidation copper to machine industry , especially die manufacturing , are introduced from many aspects of its compound , performance and technology .

  16. 研究结果表明:在相同条件下,采用无机粘结剂为基体的电热涂层比用改性树脂的涂层具有更优良的电热性能;

    The results show that , at the same conditions , the electric heating coating using inorganic binder as base has better electric heating property than those of the one using organic resin as base .

  17. 为了进一步提高冷固结球团在400℃~950℃之间的还原过程中的热态强度,采用有机粘结剂和无机粘结剂复合的制备技术,开发出了新一代复合粘结剂。

    In order to improve heat strength of cold-bonded pellet between 400 # and 950 # during reducing course , a new complex binder has been developed through composition of organic binder and inorganic binder .

  18. 与无机粘结剂相比,3种粘结剂作为有机复混肥造粒粘结剂,具有用量少、成粒率高和返料率低等优点。

    To compare the granulation character of three organic binders with the granulation character of inorganic binder , three organic binders had the advantages of less dosage , high granulation rate and low rate of return product .

  19. 具体研究内容及成果如下:本文以无机粘结剂及无机料浆为原料,制备阻燃陶瓷涂层,用于地铁内饰的铝合金板表面。

    The specific content and results are as follows : In this paper , the preparation of incombustible ceramic coat on Al Alloy plane for interior decoration of metro systems is made up of inorganic binding agent and paintings .

  20. 与无机粘结剂相比,有机粘结剂可明显降低有机复混肥中氮、磷和钾的释放速度,尤其对磷素效果最为明显。

    Comparison between organic binder and inorganic binder , organic binder was able to delay nutrient release of N , P and K in granular organic compound fertilizer obviously , especially the effect of delaying P release was most obvious .

  21. 与粘土砂产生的粉尘污染与黑色污染、树脂砂产生的化学污染相比,属无机粘结剂的水玻璃砂是最有可能实现绿色清洁铸造生产的型砂工艺。

    Compared with the dust pollution and the black pollution and the resin granulated substance produces which with the clay granulated substance had chemistry pollution , the inorganic cementing agent , the sodium silicate granulated substance was the most possibility to realize the green clean casting production molding sand craft .

  22. 钠磷酸盐无机铸造粘结剂改性研究

    Study on Properties of Inorganic Sodium Phosphate Casting Binder by Modification

  23. 环保型铸造用无机树脂粘结剂研究进展与展望

    The Status Quo and Prospect of Environmental Friendly Inorganic Binder for Foundry Use

  24. 新型环保铝镁硼复合磷酸盐铸造无机树脂粘结剂热硬砂研究

    Research on New Environmental Friendly Heat Cured Sand of Al-Mg-B Compound Phosphate Inorganic Binder

  25. 中南大学开发的新型高效有机-无机复合粘结剂已成功应用于直接还原球团的生产,但由于缺乏系统的研究,该粘结剂目前尚未用于氧化球团的生产。

    One new type composite binder , developed by Central South University , has been successfully applied in the production of direct reduction iron ( DRI ) . However , the binder has not been used in the production of oxidized pellets due to the shortage of systematic research .

  26. 一种新的环保型热硬化无机高聚物铸造粘结剂研究

    Study on New Thermosetting Inorganic Resin Binder for Moulds and Cores

  27. 改性钠磷酸盐无机树脂铸造粘结剂性能研究

    Properties of a Modified Inorganic Sodium Phosphate-based Casting Binder

  28. 对复合粘结剂与无机膨润土粘结剂进行了球团对比试验。

    The contrast pelletizing tests with adding of various complex binders and bentonite were conducted .

  29. 本论文选用酚醛树脂和纳米无机粉体为粘结剂,既可以优化包覆效果,同时纳米无机粉体改性酚醛树脂,大大改善其耐热性能,可提高热处理温度,以改善磁粉芯的磁性能。

    Phenolic resin and nano powders are selected as binders in this study , which can optimize the coated film , and nano powders modified phenolic resin , which can greatly improve its resistance , advance its heat treatment temperature , then improve the performance of magnetic powder core .

  30. 分析了无机、有机及无机/有机复合粘结剂对球团性能的影响,同时讨论了粘结剂粒度和配量与球团性能指标的关系,并指出了各类粘结剂的优缺点。

    This paper analyses the effect of inorganic , organic binder and inorganic / organic compound binder on pelletizing properties , meanwhile discusses the relation between the ratio and size of binders and pelletizing quality index . The respective merits and defects are presented .