產品展示 | 聯系雙虎 |

歡迎訪問濟南雙虎圍擋廠官網!

經理

13953162123

您先的位置:首頁 > 新聞資訊 > 行業新聞

行業新聞

三種節能型門窗玻璃的性能大比拼

文章發布: 發表時間:2017-07-18 10:52:57

玻璃是重要的建筑資料,隨著人們對建筑物裝飾性請求的不時進步,玻璃在建筑業中的運用量也不時增大。但是,當今人們在選擇建筑物門窗玻璃時,除了思索其美學和外觀特征外,更注重其熱量控制、制冷本錢和內部陽光投射溫馨均衡等問題。

Glass is an important building materials, with the progress of people's requests for decorative buildings, the use of glass in the construction industry also increased. However, today people in the choice of building windows and doors, in addition to thinking about its aesthetic and appearance characteristics, but also focus on its heat control, refrigeration costs and internal sunshine projection warm balance and other issues.
對建筑門窗的能耗,有人形象地比喻為:每一扇非節能窗的能耗,相當于一盞數十瓦的長明燈經年累月的能量耗費。在這個對節能降耗請求越來越高的時期,由于外門窗玻璃的熱損失是建筑物能耗的主要部分,因而運用可以有效節能降耗的新型玻璃,可大幅減少因采暖制冷所耗費的燃料,從而減少碳排放量。
The energy consumption of building doors and windows, some people liken to every fan of non energy saving window energy consumption, equivalent to one watt incandescent light ten month after month and year after year energy consumption. In this increasingly high demands on energy saving and consumption period, due to heat loss outside the glass doors and windows is the main part of the building energy consumption, so the use of the new glass can effectively save energy and can be substantially reduced by heating and cooling of fuel consumed, thereby reducing carbon emissions.
鍍膜玻璃
Coated glass
Low-E玻璃又稱低輻射鍍膜玻璃,是在玻璃外表鍍上多層金屬或其他化合物組成的膜系列產品。其鍍膜層具有對可見光高透過及對中遠紅外線高反射的特性,使其與普通玻璃及傳統的建筑用鍍膜玻璃相比,具有優良的隔熱效果和良好的透光性。普通浮法玻璃的輻射率高達0.84,當鍍上一層以銀為根底的低輻射薄膜后,其輻射率可降至0.15以下。用Low-E玻璃制造建筑物門窗,可大大降低室內熱能向室外的傳送,到達理想的節能效果。
Low-E glass, also known as Low-E coated glass, is a multi-layer film of metal or other compounds on the surface of the glass film products. The coating layer has the advantages of high transmittance to visible light and high reflection to middle and far infrared rays, and has excellent thermal insulation effect and good light transmittance compared with common glass and traditional architectural coated glass. Ordinary float glass radiation rate of up to 0.84, when plated on a layer of silver based low radiation film, the radiation rate can be reduced to less than 0.15. Building doors and windows with Low-E glass, can greatly reduce indoor heat transfer to the outside, to achieve the desired energy-saving effect.
Low-E玻璃對太陽光中的可見光有較高的透射比,可達80%以上,而反射比則很低,這使其與傳統的鍍膜玻璃相比,光學性能大為改觀,能營造出更為溫和、溫馨的光環境。
Low-E glass has a high transmittance of visible light in sunlight, can reach more than 80%, while the reflection ratio is very low, which compared with the traditional coated glass, optical performance greatly improved, can create a more gentle and warm light environment.
真空玻璃
Vacuum glass
真空玻璃是新型產品,它用恰當散布的微粒支柱為距離,間隙層只要0.1~0.2毫米,空腔內抽真空無氣體,真空度到達0.1帕以上。作為新一代節能玻璃,它具有更好的隔熱、保溫性能,其保溫性能是單片普通玻璃的4倍左右;由于真空玻璃熱阻高,具有更好的防結露、結霜性能,所以對嚴寒地域的冬天采光極為有利。
Vacuum glass is a new product, it is appropriate to spread the particle pillars for the distance, the gap layer as long as 0.1~0.2 mm, vacuum cavity without gas, vacuum reached 0.1 PA. As a new generation of energy-saving glass, it has better heat insulation, thermal insulation, heat preservation performance is about 4 times the ordinary monolithic glass; the vacuum glass with high thermal resistance, anti condensation, frost performance better, so the cold winter region lighting is very favorable.
智能玻璃
Smart glass
為處理不同氣候地域、不同時節對玻璃隔熱性能的不同請求,美國開端研討智能玻璃,這種采用電致變色原理工作的智能玻璃經過長期的實驗研討,已正式投入消費,這讓玻璃也進入了智能時期。
For different seasons in different climatic regions and different processing requests for glass insulation performance, the United States began to study smart glass, the work principle of the intelligent electro photochromic glass through experimental research for a long time, has been officially put into consumption, which makes the glass into the smart era.
電致變色玻璃是一種新型的功用玻璃,這種由根底玻璃和電致變色系統組成的安裝,應用電致變色資料在電場作用下而惹起的透光(或吸收)性能的可調性,可完成由人的意愿調理光照度的目的,同時,電致變色系統經過選擇性地吸收或反射外界熱輻射和阻止內部熱擴散,可減少建筑物在夏季堅持涼快、冬季堅持暖和而必需消耗的大量能源。
Electrochromic glass is a kind of new functional glass, which consists of glass and electrochromic system basic installation, application of electrochromic materials in the electric field caused by light (or absorption) performance of adjustable, can be completed by the wishes of the people of conditioning illumination, at the same time, electrochromic by selectively absorbing or reflecting external radiation and prevent internal heat diffusion, can reduce a building in summer and winter to warm and cool to require a great deal of energy consumption.

福利AV导航