low-e

In the past 20 years , with more advanced needs in construction and vehicle manufacturing , more new flat glass products such as safety glass , self-cleaning glass , anti-uv glass and low-E glass are developed .

近一二十年来，随着建筑和交通工具制造要求的不断提高，平板玻璃的种类不断增加，安全玻璃、自洁玻璃、防辐射玻璃、低辐射玻璃等各种新型功能玻璃层出不穷。

Present situation and Prospect of Low-E coated glasses

低辐射镀膜玻璃的现状与前景

Influence of Low-e glass on air conditioning load and building energy consumption

Low-e玻璃对空调负荷及建筑能耗的影响

Discussion on Production , Energy Saving and Environment Protective Performance of Low-E Glass

浅谈Low-E玻璃的生产及其节能环保特性

Increasing the Performance of Low-E Film by Improving Surface Smoothness of Growth Layer

改善生长层表面平整度，提高Low-E膜层的性能

Automatic identification coated glass and LOW-E glass film layer .

自动识别镀膜玻璃和LOW-E玻璃的膜层面；

Investigation on the Energy Equilibrium of Low-E Coated Insulating Glass Windows

Low-E镀膜中空玻璃窗的能量平衡探讨

At present , most of the national factories produce hard low-E films .

目前，国内生产低辐射薄膜大多数在线膜。

Analysis of Economical and Environmental Protection for Glass Curtain Wall Building with Low-e Glasses

玻璃幕墙建筑采用镀Low-e膜玻璃的经济性与环保性分析

Body heat without a fan running , no noise , Low-E green and healthy environment .

机体运行无需风扇散热，无噪音干扰，低辐射绿色健康环保。

Used for producing LOW-E & shaped glass insulating glass .

自动中空玻璃生产线可生产LOW-E及异形中空玻璃。

Low-E film was obtained by method of pulsed cathodic arc under the fixed experimental conditions .

说明使用脉冲阴极弧薄膜沉积的方法在一定的实验条件下，可以成功制得低辐射薄膜。

AFM Analysis on TiO_2 Low-E Thin Films Deposited by Magnetron Sputtering

磁控溅射法沉积TiO2低辐射膜及AFM分析

Principles of Low-E windows and their energy-saving effect

低辐射能玻璃窗的节能研究

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

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。

Recent development of Low-E glass

低辐射膜玻璃的最新进展

Adding a Ti barrier layer can protect Ag film from oxidation when prepare Low-E films .

在制备复合膜时，通过添加阻挡层Ti层，可以达到保护Ag层的作用。

The reflectivity and transmissivity of Low-E vacuum glass were fully considered in this model .

模型充分考虑了Low-E真空玻璃表面反射率以及透射率对辐射传热的影响作用。

The conclusion that Low-E layer of vacuum glass has a great contribution to heat resistance is gained in the end .

得出Low-E膜对真空玻璃的热阻贡献很大的结论。

A Sketch of Energy-Saving Principle of Low-E Insulting Glazing Unit

Low-E中空玻璃节能原理的简述

At present , the substrate of Low-E films is glass which limits the use of Low-E films .

目前，低辐射薄膜多是以玻璃为基底，限制了其应用范围。

Optional for hard and soft brusher device , which is special design for hard LOW-E glass washing .

可加装软硬毛刷清洗选择装置（选购件），适合对硬LOW-E玻璃的清洗。

Magnetron sputtering vacuum coating production line as the current mainstream Low-E glass production facilities , has wider application and development in China .

真空磁控溅射镀膜生产线作为目前主流的Low-E玻璃生产设备，在国内拥有广阔的应用和发展空间。

At present , the energy-saving glasses applied in architecture mainly include low emissivity ( low-e ) glass and solar control glass .

目前广泛应用在建筑上的节能型镀膜玻璃主要有低辐射镀膜玻璃和阳光控制功能镀膜玻璃。

Because low-e glass composition structure and material of different , make the different type low-e glass thermal properties and optical properties of the differences .

由于LOW-E玻璃的组成结构及材料的不同，使得不同类型LOW-E玻璃的热工性能及光学性能有所差异。

Usually , Low-E films are used at building glasses , car windows , solar collectors and medical devices and so on .

低辐射薄膜由于其优异的性能，被广泛应用于大型建筑玻璃、汽车挡风玻璃、太阳能集热器以及医疗器械等方面。

In the past 20 years , a low emissivity film ( Low-E film ) has been widely used in architecture and automobile industries .

过去20多年，一种低辐射（Lowemissivity，Low-E）的薄膜被广泛应用于建筑业和汽车制造业。

LOW-E energy conservation processed glasses and so on midheaven glass , solar energy glass become the new market demand luminescent spot .

LOW-E中空玻璃、太阳能玻璃等节能加工玻璃成为新的市场需求亮点。

Using diffuse-non-gray-surface model , the physical process of radiation heat transfer fluxes from vacuum glass with Low-E coating was precisely simulated .

用非灰谱带模型确切地模拟Low-E真空玻璃与外界热源在辐射换热中的物理过程。

A low-e coating on windows can stop heat loss from inside to outside , and save energy from heating and A / C systems .

经过精心设计的窗户可以避免热量流失，并且节省空调的使用；