| Article ID | Journal | Published Year | Pages | File Type |
|---|---|---|---|---|
| 75976 | Microporous and Mesoporous Materials | 2008 | 9 Pages |
Abstract
A hydrophilic and antimicrobial two-layer zeolite composite coating was formed on aluminum alloys. The base layer is a high-silica-zeolite (HSZ) MFI coating formed directly on the aluminum alloy by in situ crystallization. The top layer is a crystalline zeolite hybrid coating of low-silica-zeolite (LSZ) LTA (zeolite A, or ZA) crystals imbedded within a HSZ-MFI matrix and is formed by a seeded growth method. The two-layer composite coatings are demonstrated by using ASTM D 3359B-02 method to have excellent adhesion to the aluminum alloy substrates. The hybrid layer is hydrophilic with contact angles below 5° and when they are silver-ion exchanged the hybrid coating is highly antimicrobial.
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Authors
Derek E. Beving, Cory R. O’Neill, Yushan Yan,