隔墙板

  • 网络Partition board;Partitional wall;GRC;LCP;FPB
隔墙板隔墙板
  1. PVC中空内模隔墙板施工的质量控制

    Quality control of PVC hollow interior film insulation wall-board construction

  2. FT轻质隔墙板在建筑工程中的应用

    Application of FT lightweight partition board in construction industry

  3. 圆榫及孔公差探讨JSF珍珠岩圆孔隔墙板

    JSF Round-hole Pearlite Partition Plank

  4. 新型双凹槽GRC轻质隔墙板施工技术

    The construction technology of new dual-cavity GRC lightweight partition board

  5. 双凹槽GRC轻质隔墙板墙体清水施工工艺

    Plain construction technology of GRC light baffle wall with dual-cavity

  6. RFC轻质隔墙板的研制与开发

    The Development and Application of RFC Light Weight Partition Slab

  7. 双凹槽GRC轻质隔墙板及其安装工艺

    Dual-cavity GRC lightweight partition board and its Installation technology

  8. 浅谈GRC轻质隔墙板抹灰的裂缝控制

    A Discussion on the ControL of Crack about GRC Light-weight Partition Wallboard Plastering

  9. GRC轻质内隔墙板施工

    The Construction of GRC Light Plate Inside Wall

  10. GRC隔墙板上镶贴瓷砖的施工方法

    Inlay ceramic tile on GRC partition board

  11. 本文介绍JSF珍珠岩圆孔隔墙板的生产工艺、使用范围、产品规格、技术性能、运输保管、安装施工及经济效益分析。

    This article recommends JSF round hole pearlite partition plank 's manufacture process , its scope of use , its specifications , technical property , installation-construction and economic benefit analysis .

  12. 本文结合工程实践,总结了单层GRC轻质隔墙板的安装方法和防止板接缝开裂的处理技术。

    Combining with engineering practice , this paper summarizes the installation methods of single CRC light partition board and the treatment technology of preventing cracking in board joint .

  13. 采用JQT型轻质隔墙板挤压成型机生产陶粒混凝土空心隔墙板的体会和建议

    Suggestions on producing hollow concrete ceramisite slab by JQT press

  14. GRC轻质隔墙板是一种轻质高强的新型建筑材料,具有施工工艺简单、操作方便、无需抹灰、成本较低、施工效率高等特点,指出了其具体的施工工艺与应用分析。

    As a new building material , GRC light-weight partition board has many advantages , such as simple construction technology , convenient operation , without plaster , low cost and high efficiency .

  15. 利用煤矸石工业废料研发出ALC四板体系(外墙板、内隔墙板、屋面板及楼板);

    Use the industrial waste-the coal gangue , creating the 4 series of the ALC board ( external wall board , partition board , roof board and floor slab ) .

  16. 附录部分还着重介绍了一种由本人牵头研制的,并已取得国家专利的新型墙体材料KGC复合轻质隔墙板,详细说明了该产品成型工艺,施工作法,安装构造、工程应用。

    It has been gotten the national patent . The molding arts , construction technique , install constitution and engineering application of this wallboard are demonstrated in detail .

  17. 介绍了双凹槽GRC轻质隔墙板的优良性能,并就其施工工艺、操作要点及应用情况进行了阐述,结合具体工程应用,指出双凹槽GRC板施工方法简便,具有良好的经济效益。

    Based upon introduction of the fine performances of dual-cavity GRC lightweight partition board and combined with practice its application situations , construction technology and installation skills are elaborated . Author points out that with convenient installation this kind of GRC lightweight partition yield good economic returns .

  18. 硅镁空心轻质隔墙板生产及各种缺陷解决方法

    The production of light hollow slab and solutions to disadvantages

  19. 使用粉煤灰泡沫隔墙板经济效益浅析

    Analysis of economic benefits using bubble partition board made of coal ash

  20. 混凝土屋面板及墙板GB/T14908-1994住宅混凝土内墙板与隔墙板

    Concrete roof panels and siding Internal and partition concrete panel in residence

  21. 轻质隔墙板其主要胶凝材料为镁质水泥。

    The main binding material of lightweight partition board is high-magnesium cement .

  22. 纸面氟石膏空心隔墙板的研究

    A kind of hollow fluorin gypsum slab with paper surface

  23. 内隔墙板产品标准的比较研究

    Comparative study on the criterion of inner wall board product

  24. 超轻陶粒耐水石膏隔墙板的研究和应用

    Research and applications of waterproof superlight ceramisite-gypsum partition board

  25. FS&LCM轻质隔墙板施工质量控制措施

    Construction quality control measures of FS-LCM lightweight partition board

  26. 轻质隔墙板反应机理的探讨

    Discuss on the Reactive Mechanism of Lightweight Boarding

  27. 耐纶纤维增强水泥复合轻质隔墙板

    Lightweight composite nylon fibre reinforced cement partition board

  28. 工业废渣隔墙板的研制

    Development of partition panel using industrial waste

  29. 强化工序控制提高轻质隔墙板安装合格率

    Strengthening construction procedure control to increase pass rate for the installation of lightweight partition board

  30. 轻质隔墙板试验研究

    Experimental Study on Lightweight Partition Board