Preparation of Alumina Microfiltration Membrane with Different Titanium Oxide Content

Run Lin Han; Yun Geng; Jian Er Zhou; Yong Qing Wang

doi:10.4028/www.scientific.net/AMM.700.290

Paper Titles

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Effects of a Solid Waste Containing Cr(VI) Detoxified with Biomass on the Germination of Seeds
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Effect of Activated Carbon Fiber Properties on Ca²⁺ Removal by Capacitive Deionization
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Synthesis and Characterization of Non-Surfactant Mesoporous Chitosan/Silica Composite Sorbent and its Purification of Sugarcane Juice Bioresources
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Preparation of Alumina Microfiltration Membrane with Different Titanium Oxide Content
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Selection and Application of Hydrogen Peroxide Bleaching Auxiliary for Wine Corks
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The Adsorption Performance of Hybrid PVDF Membrane by HA
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Study on Non-Selective Photocatalytic Degradation of Organic Dyes in Presence of Hollow CdS Nanospheres
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Difference of Morphological Structure and Characteristics of Physiology and Biochemistry between Two Types of Alfalfa Callus
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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 700Preparation of Alumina Microfiltration Membrane...

Preparation of Alumina Microfiltration Membrane with Different Titanium Oxide Content

Abstract:

Alumina microfiltration membrane was prepared with solid particle sintering method by changing the content of TiO2. The membrane flux, rejection to PEG10000 and rupture strength were tested. The results showed that: when the firing temperature is 1400°C, PVA is 2%, TiO2 is 1%, alumina microfiltration membrane flux reached 1.93m3/m2·h, PEG10000 retention rate is 13.5%, and the flexural strength is 74.38MPa.