隔热保温

  • 网络INSULATION
隔热保温隔热保温
  1. 研究了三元乙丙橡胶(EPDM)和溴系阻燃体系对微孔LDPE隔热保温性能、力学性能和阻燃性能的影响。

    The effect of Ethylene propylene terpolymer ( EPDM ) and bromine fire-retardant system on the heat insulation performance , mechanics performance and fire retardance of microporous LDPE was studied .

  2. 漂珠轻质砖的隔热保温机理分析

    Thermal insulation mechanism of flow-cenosphere lightweight bricks

  3. CPS(水泥聚苯)隔热保温复合板在屋面施工中的应用

    The application of roof constructing with CPS heat-proof compound plate

  4. 对高大平房仓的门窗、通风口、环流熏蒸管道等易导热部位用PVC发泡塑料作隔热保温处理,以提高仓房的隔热性能,进一步改善仓房的储粮条件;

    The door , windows , vent opening and recirculation ducts in large warehouse were treated by PVC foam plastic to improve heat insulation property .

  5. 制得的烧结砖能满足国家标准《烧结普通砖》(GB5101-2003)的相关要求,并且能从一定程度上提高砖体的隔热保温性能。

    The brick can be obtained to meet the national standard , " Bricks " ( GB5101-2003 ) of the relevant requirements , and to some extent it also improved the capability of heatproof .

  6. 用水泥煤渣砌块作屋面隔热保温层

    Use of cement - cinder blocks for insulating layer of roof

  7. 铁尾矿制备轻质隔热保温建筑材料的研究

    Research on Using Iron Tailing to Produce Lightweight Heat Insulating Building Material

  8. 保温性能较好可作为隔热保温材料。

    Better thermal insulation properties can be used as thermal insulation materials .

  9. 隔热保温涂料的特点、制备和应用技术

    Characteristics and Preparation of Heat Preservation Dope and Application

  10. 隔热保温技术在多年冻土隧道中的应用

    Application of Thermal Isolation Technique to Tunnel in Permafrost

  11. 各种行业的工业炉窑衬里的隔热保温;

    Industry furnaces kilns in all kinds of industries .

  12. 建筑外墙用隔热保温结构涂层的研制

    Development of Heat-Insulating Coatings for Exterior Wall of Building

  13. 各类工业窑炉和热工设备的隔热保温是节能的重要方面。

    Reducing heat lose of industrial furnaces is an important aspect of energy saving .

  14. 氧化铝基轻质多孔保温材料是一种很有应用前景的窑炉用隔热保温材料。

    The lightweight alumina-based porous thermal insulation material is a promising furnace insulation materials .

  15. 大型浮顶罐罐顶的隔热保温

    Heat Isolation and Thermal Protection on the Top of Large Floating Roof Oil Tank

  16. 该炉型炉膛空间大,密封隔热保温性能好。

    This annealing furnace has large furnace cavity , good sealing and heat insulation performance .

  17. 辐射屏法输热管网隔热保温的参数确定方法及计算结果

    Determination of Thermal Insulation Parameters for a Radiation Screen Method based Heat Transmission Pipe Network

  18. 提出了对选用隔热保温材料和采取相应的构造措施的建议。

    Some suggestions are offered for the choice of heat insulation material and construction consideration .

  19. 水性薄型热反射隔热保温涂料的研制

    Development of Water-borne Thin-Layer Reflective Heat-Insulating Coatings

  20. 研制的建筑外墙用隔热保温结构涂层分为绝热弹性腻子和热反射面漆两部分。

    The titled coating is composed of the heat-insulating elastic putty and the heat-reflective topcoat .

  21. 中间包复合反射隔热保温技术的研究

    Compound Reflection Insulation Technology for Tundish

  22. 已经将自己的房子做了隔热保温处理。

    He has insulated his home .

  23. 优化窑墙的隔热保温结构是窑炉节能的重要途径。

    Optimization of thermal insulation construction of kiln walls is an important way for energy saving .

  24. 估测镀膜中空玻璃中的单片镀膜玻璃颜色值的方法隔热保温效果大大优于普通中空玻璃。

    Its heat insulation performance is way beyond ordinary insulating glass even Low-E coated insulating glass .

  25. 它具有便于装配、结构稳定、隔热保温性能好的特点。

    The utility model has advantages of assembly convenience , stable structure and good heat-insulating property .

  26. 辐射屏法用于高温输热管网隔热保温的实验与工程应用

    Experimental and Engineering Application of Radiation Screen Method for the Thermal Insulation of High-temperature Heating Pipe Network

  27. 试验结果显示,外墙外保温系统具有优异的隔热保温性能。

    The results show EIFS have an outstanding performance in its quality of heat insulation and preservation .

  28. 夏热冬冷地区住宅坡屋顶隔热保温构造研究

    The Study on the Heat Proofing of the Slope Roof Residential Building in Hot Summer and Cold Winter Area

  29. 地下室顶板是建筑节能和建筑隔热保温的薄弱部位。

    The top ceiling of basement was the weak place for energy saving and thermal insulation in the building .

  30. 隔热保温多孔陶瓷材料要求具备高气孔率、均匀分布的孔径和较高的抗压强度。

    Thermal insulation porous ceramics require high porosity , small and uniform distribution of the pores and high compressive strength .