保温隔热材料

节能型外墙保温隔热材料系统研制与应用纤维毡复合SiO2气凝胶常压干燥法制备超低导热系数保温隔热材料

The thermal insulation material with ultra-low thermal conductivity made by using fiber felt to compound with SiO_2 aerogels and ambient pressure drying

无机胶粉料聚苯乙烯颗粒保温隔热材料的研究

Investigation of Thermal Insulation Material With Inorganic Binding Powder and Polystyrene Particle

生物降解性聚氨酯保温隔热材料的合成及性质研究

Study on the Synthesis and Properties of Biodegradable Polyurethane Heat insulating Material

因此，高效无机保温隔热材料迎来了前所未有的发展机遇。

Therefore , the inorganic insulation materials usher in the unprecedented development prospects .

保温隔热材料在建筑工程中的应用

Application of Thermal Insulating Materials in Building Engineering

我国主要保温隔热材料的发展高能长寿命热电池及其隔热材料发展概况

Development of t he thermal battery with high energy and long life and its insulation materials

目前，建筑节能的主要途径是采用保温隔热材料。

Nowadays , the key way of energy-saving is to use the inorganic thermal insulation material .

由于它的导热系数很低，降低热耗，提高效率，节约成本，作为保温隔热材料具有重要的研究意义。

Due to the low thermal conductivity , it can reduce the thermal losses , improve efficiency and save cost .

多孔陶瓷用于保温隔热材料时，要求气孔以闭口孔为主，但传统的制备方法存在孔径不易控制、气孔分布不均匀等缺点。

But there are many disadvantages in traditional preparation , such as difficultly to control pore size and uneven distribution .

此外，本文还通过工程实例，介绍了聚苯乙烯颗粒复合硅酸盐保温隔热材料的设计、施工等应用情况。

In addition , through an engineering example the paper introduced the design and application of polystyrene particle and composite silicate insulating materials .

材料选择论证表明，封闭气腔与水泥珍珠岩板结合是一种理想的保温隔热材料。

The demonstration of material selection shows that the combination of seal air cavity and cement perlite plate is an ideal insulation material .

简要介绍了保温隔热材料的性能要求（如导热系数、密度、膨胀系数等）、作用原理以及影响材料导热系数的主要因素。

This paper briefly introduces the performance requirements of the insulating materials such as the thermal conductivity , heat expansion coefficient , and density , etc.

泡沫混凝土屋面保温隔热材料制品具有轻质高强、保温隔热、物美价廉、施工速度快等显著特点。

Concrete roof insulation foam insulation products have a light-weight high-strength , heat insulation , and cheap , and fast construction of a distinctive feature .

高层住宅建筑的围护结构节能设计应该随高度的增加，其保温隔热材料性能有所增加。

The capability of the heat preservation and heat insulation materials of the envelope construction in the high-rise residential buildings should be increasing with increase in height .

这种涂料是微孔网状结构的无机保温隔热材料。其主要原料由珍珠岩、60号打浆石棉绒、高温胶、表面胶等组成。

This product is an inorganic insulation material of microporous reticulated structure , consisting of pearlite , 60 # beating asbestos wool , high temperature glue , surface glue , etc.

作者希望本文的工作能对聚苯乙烯颗粒复合硅酸盐保温隔热材料的研究开发、生产和推广应用有所帮助。

The author hopes that all these researches can be helpful to the study , the development , the manufacture and the application of polystyrene particle and composite silicate insulating materials .

采用新型保温隔热材料对仓房进行吊顶，试验结果表明：应用新型吊顶材料对仓房吊顶后，能够起到很好的隔热作用，在储粮度夏期间能有效降低仓温和表层粮温上升幅度；

A nwe type material of heat preservation and insulation was adopted to make ceiling of storehouse , the results showed that , it worked very well and achieved approximate low temperature storage effect . Grain Reserve Ecology .

介绍了一种新型的保温隔热材料&FHP-Vc复合硅酸盐板作为外墙外保温隔热节能墙体的保温隔热性能、墙体构造、施工工艺、施工方法、质量控制和在实际工程中的应用。

This article introduces a new FHP-Vc inorganic composite silicate heat-insulating board used for the energy saving wall system , including its heat-insulating property , wall structure , construction technology and method , quality control and application in practical projects .

本文较系统地介绍了目前常用的保温隔热材料的类型、性能特点及在建筑工程上的应用，包括选材、保温做法、设计计算方法及应用中应注意的问题。

The thesis introduces the types and their property characteristics and applications in building engineering of the normal thermal insulating materials at present , including selection of materials , methods of thermal insulating work , design and calculating methods and some important problems in application .

能源短缺已经成为21世纪制约世界经济增长的主要因素之一，大力发展节能工程，广泛采用优质保温隔热材料，对我国经济建设的健康、稳定发展具有重要的现实意义。

Energy shortage has been become one of the main factors which prevent the developing speed of the world economy in 21 century . Developing the energy savings engineering rapidly and using the high quality insulating materials widely are very important to the construction of the national economy .

利用废泡沫塑料、炉渣研制轻质保温隔热建筑材料

Making the Building Materials of Heat Preservation Heat Insulation Using Waste Foam Plastic Slag

本文重点对保温隔热墙体材料系统的开裂原因及抗裂措施进行论述。

Crack reason and measure for thermal insulation wall system were introduced in the paper .

保温隔热复合装饰材料在医疗建筑外墙节能改造中的使用

The Application of the Thermal Insulation Composite Decoration Material of the Medical Building External Wall in Energy-saving Transformation

烧结页岩模数多孔砖是一种新型保温隔热的砌体建筑材料。

Fired model perforated brick of shale is a new type insulation architectural construction material of masonry .

为评价隧道保温隔热层效果，利用三维瞬态有限元程序，分析了隧道保温隔热材料厚度为0.0、3.0cm情况下二次衬砌及周边围岩的温度变化过程；

Temperature changing course of secondary liner and peripheral rock is analyzed using 3-D FEM programs in order to evaluate the effect of heat preservation and insulation material for thickness 0 or 3 cm .

外墙外保温材料抗裂研究：利用逐层释放应力的理念，对保温隔热材料抗裂保护层进行设计，解决墙体材料开裂的问题。

Research on the theory of heat preservation and insulation and the theory of anti-crack of the material of outer wall : The heat preservation and insulation material is designed by the idea of " release stress " to resolve the wall material dehiscence .