Filter Papers0.8微米，直徑47毫米 銀膜過濾器

0.8微米，直徑47毫米 銀膜過濾器

耐化學腐蝕具有極高的流速

    超薄薄膜測量厚度只有50微米（0.002“）

    優良的化學性能和熱性能

   本質抑菌由于銀的性質

   銀色金屬膜有純銀色的化學惰性。他們抗拒酒精，燃料，所有的有機溶劑，和其他碳氫化合物（，包括鹵化烴

類）。膜可反復高壓蒸汽滅菌，蒸汽或熱空氣滅菌，而不會失去其有效性。幾乎是不存在的吸附和吸收銀膜光纖和

功能幾乎沒有媒體遷移，因為他們是強大的，統一的，多孔的整體結構組成，由于化學和生物惰性，純銀，并順利

規則形狀的銀色媒體。的：的金屬，的晶體。高孔隙率（60％開放區域）提供極高的流速。銀的內在特性，建立一

種抗菌效果，抑制細菌和其他微生物的生長的膜的表面上。特式的的應用程序及服務X-射線衍射掃描電子顯微鏡，

高檔的溫度的放空，，的液體作出澄清，高效液相色譜法;媒體制劑，的優質純度的的的流體，和細菌性的抽樣檢

驗。

   Chemically resistant with exceptionally high flow rates

   Ultrathin membranes measure only 50μm (0.002”) in thickness

    Excellent chemical and thermal properties

   Intrinsically bacteriostatic due to the nature of silver

   Silver metal membranes have the chemical inertness of pure silver. They resist alcohol, fuels, all organic solvents, and other hydrocarbons including halogenated hydrocarbons. Membranes can be repeatedly autoclaved, steam, or hot air sterilized without losing their effectiveness. Adsorption and absorption is virtually nonexistent due to the chemical and biological inertness of pure silver, and the smooth regular shape of the silver media. 

  Silver membranes are fiber-free and feature virtually no media migration because they are strong, uniform, porous monolithic structures consisting of metallic crystals. The high porosity (60% open area) provides exceptionally high flow rates. The intrinsic properties of silver create an antimicrobial effect that inhibits the growth of bacteria and other microorganisms on the surface of the membrane. Typical applications include X-ray diffraction scanning electron microscopy, high temperature venting, clarification of liquids, HPLC media preparation, high-purity fluids, and bacterial sampling.