真空鍍膜應用解決方案Solutions for Vacuum Coating Application
真空鍍膜應用解決方案Solutions for Vacuum Coating Applications
Thin layer technology basics
Vacuum technology has revolutionalized the production of machinery, tools, consumer goods and electronics. The very specific pressure conditions that can only be created under vacuum alter and improve the process conditions. Thin layer processes under high vacuum enable a wide variety of materials to be provided with sheer metallic layers. These 2- to 5-micron thin layers of aluminum, gold, silver, copper or tin not only provide decorative effects, they also create wear-resistant corrosion protection. If the layers are extremely thin, 10 to 100 nanometers , we now enter the realm of nanotechnology, where thin layers created under vacuum can exponentially improve such properties of the material as hardness or friction by comparison with the uncoated material.
薄膜技術基礎
真空技術徹底改變了機器,工具,消費品和電子的生產方式.對工藝改進有幫助的一些特殊的壓力條件,只能由真空提供.高真空下的薄膜工藝,可以使大部分的材料鍍上薄薄的金屬層.這些2-5微米厚的鋁,金,銀,銅或錫,不僅有裝飾效果,還可以做防腐防磨損用.如果膜很薄,到10-100納米,那我們就進入了納米科技的範圍,真空下做出來的納米層,可以大大提高材料的一些特性,如硬度或摩擦係數.
Vacuum coating applications
Initially, the vacuum method was employed to coat thermal insulation glass, eyeglass lenses and other special glasses. Today, thin layer technology plays a key role in manufacturing semiconductors, solar cells and mobile phones. Nor would the production of flat screens, DVDs or BluRay discs be conceivable without thin layer technology. In the automotive industry, in tool and dye-making and in mechanical engineering, it is now becoming increasingly feasible to substitute lighter weight components of plastic in place of metallic components thanks to vacuum coating. And science and research, too, are benefiting from the advantages. Modern chemistry, biotechnology, pharma and medical laboratories would be inconceivable today without vacuum and the thin layers that are produced under it. And vacuum coated high-tech systems also play a major role in the fields of analytics and environmental technology. Vacuum technology, for example, serves as the basis for highly accurate control and measurement techniques in mass spectrometry and gas chromatography.
真空鍍膜應用
起先,真空技術用來鍍隔熱玻璃,眼睛片和其他特殊玻璃.現在薄膜技術在生產半導體,太陽能電池和移動電話中起關鍵作用.沒有薄膜技術,平板顯示器,DVD或藍光碟的生產是不可想像的.在汽車行業,在模具和噴塗,在機械工程,由於真空鍍膜的存在,用更輕的塑料零件代替金屬件變得越來越可行.科學和研究也從中受益.沒有真空和薄膜技術,現代化學,生物學,醫藥試驗室也是不可想像的.真空鍍出來的高科技系統在分析和環境技術領域起重大作用.例如,真空是做高精控制和測量用的質譜和氣相色譜儀的主要組成部分.
Innovative thin layer technology solutions
Pfeiffer Vacuum offers innovative solutions for thin layer technology that are tailored precisely to customer needs. The spectrum ranges from individual components right through to planning, designing, developing, manufacturing and assembling complete systems. And customers are naturally supported through comprehensive training in connection with the installation and then through outstanding technical service. Because whichever product you might choose, Pfeiffer Vacuum stands for technology know-how, top quality and outstanding service relating to all aspects of vacuum coating. Guaranteed by our worldwide sales and service team.