内墙

nèi qiáng
  • interior wall
内墙内墙
内墙[nèi qiáng]
  1. 功能型纳米TiO2Z/nO/苯丙乳液内墙涂料的制备

    Preparation of Functionally Nano Scale TiO_2 / ZnO / Styrene-Acrylate Compound Coatings for Interior Wall

  2. 目的了解兰州市市场销售较好的2类共25种水性内墙涂料中挥发性有机化合物(VOCs)的含量。

    Objective To study the status of volatile organic compounds ( VOCs ) in two kinds , 25 brands of interior wall coating .

  3. 我家房子的一些内墙是石膏板做的。

    Some of the internal walls of my house are made of plasterboard .

  4. 内墙漆成了绿色。

    The interior walls were painted green

  5. 改性胶体及其对高PVC内墙乳胶漆性能的影响

    Modified Colloid and Its Influence on performance of High PVC Interior Emulsion Coatings

  6. 纳米ZnO改性内墙涂料抗菌性研究

    Study on Bactericidal Performance of Nano - Scale ZnO Modified Interior Wall Paint

  7. 高PVC内墙乳胶漆对比率等性能的影响因素

    Influence factor of high PVC interior wall latex paint on contrast ratio and other performances

  8. 无泡型高PVC内墙乳胶涂料

    Foamless High PVC Inner Wall Latex Coatings

  9. 纳米TiO2的分散及其复合内墙涂料的研制

    Dispersion of Nano-TiO_2 and Development of Composite Interior Wall Paint Therefrom

  10. 主要研究了纳米TiO2的加入对内墙涂料性能的影响。

    In this paper , the effect of nano-TiO_2 in the interior wall paint was studied .

  11. 纳米TiO2改性内墙涂料研究

    A research on the interior wall coating modified by nano-TiO_2

  12. 纳米TiO2改性苯丙乳液内墙涂料的研究

    Study on styrene-acrylic latex interior wall coating modified by nano-TiO_2

  13. 改性纳米TiO2在丙烯酸内墙乳胶涂料中的应用研究

    Research on modified nano TiO _2 particles in interior crylic-acid latex dope

  14. SA苯丙乳胶内墙涂料的研制

    SA styrene / acrylate interior emulsion coating

  15. 纳米TiO2改性内墙乳胶漆的性能

    Research on Properties of Nano-TiO_2 Modified Interior Latex Paint

  16. 丙烯酸内墙乳胶漆中VOCs散发研究

    Study on feature of VOCs emission from acrylic interior wall latex paint

  17. 纳米TiO2改性内墙乳胶漆的抗菌性能及甲醛降解研究

    Study on Antibacterial property and Degradation Formaldehyde of Interior Latex Coating Modified by Nano-TiO_2

  18. LU乳胶漆除用于内墙外,用于多彩涂料的中涂料也具有很好的技术经济效果。

    Besides for inner wall the LU paint kas also good technical and economical effect for medial-coating of multicolor coating .

  19. 主要研究了利用TiO2光催化作用对传统内墙乳胶漆改性,并进行降解甲醛实验的研究。

    The paper mainly researched photocatalytic effect of modified interior latex coating by nano-TiO_2 and the experiment of degradation formaldehyde .

  20. 零VOC内墙乳胶漆及专用乳液的研究

    Research on Zero VOC Interior Latex Paint and Special Emulsion

  21. 低VOC杀虫抗菌内墙乳胶漆的研制

    Development of Insecticidal and Anti-Microbial Emulsion Paint with Low VOC for Internal Wall

  22. 用钛酸酯偶联剂将纳米TiO2粒子进行表面改性后,加入到内墙涂料中,对普通的丙烯酸乳胶涂料进行改性。

    Modified with titanate coupling agent , nano TiO2 particles can remarkably increase the wet scrub resistance and pencil hardness of crylic-acid latex dope .

  23. 纳米TiO(2-X)NX光催化剂的特性及其在净化空气功能性内墙涂料中的甲醛分解动力学研究

    The Characteristics of Nano-TiO_ ( 2-X ) N_X Photocatalyst and Study on Kinetics of Formaldehyde Decomposition in Air Purification Functional Interior Paint

  24. 室内装修用内墙涂料、油漆中VOCs释放行为研究

    Study on the Emission Behavior of Volatile Organic Compounds ( VOCs ) in the Interior Wall Coating and Paint

  25. 减压法降低混凝土建筑物内墙表面的~(220)Rn析出率

    Reduction of ~ ( 220 ) RN exhalation rate of interior wall of concrete building by Depressurization

  26. YL泡沫玻璃内墙保温粘结剂系列;

    YL serials of bonding agents for interior wall cellular glass thermal insulations ;

  27. 探讨不同实验条件下,室内装修用内墙涂料、油漆中VOCs释放行为。

    To explore the emission behaviors of VOCs releasing from interior wall coating and oil paint under different experimental conditions .

  28. 了解兰州市市场销售较好的2类共25种水性内墙涂料中VOCs的含量状况,为有关部门进行内墙涂料卫生安全评价提供参考。

    To study the status of VOCs in two kinds of interior wall coating best selling , totally 25 brands .

  29. 该乳液在配制内墙涂料时可以不加成膜助剂、增塑剂和抗冻融剂,可以有效降低建筑内墙涂料的VOC。

    Study on preparation of styrene-acrylate latex with core-shell structure used in ultra-low VOC building internal wall coating ;

  30. 成功开发出具有实际应用价值的,以PVA为基料,环保、耐水,并具有良好防污性的内墙涂料。

    The internal wall coating has been success-fully developed with practical application value , which is based on PVA with environmental protection , waterproof and good anti-fouling .