Study on the Molding Process of Nano-Ceramics

Zhan Xin Zhang; Hui Feng Bo; Ru Zheng Wang

doi:10.4028/www.scientific.net/AMR.496.211

Paper Titles

Analysis on Pyrolytic Behavior of Wheat Straw Multifunctional Materials by Py-GC-MS
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Measurement on Pyrolytic Active Materials of Wheat Straw Biomass by Py-GC-MS
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The Theory Calculation and Experimental Analysis of Composite Beam
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Research of Preparation and Ultraviolet Shielding for Nanometer Powder of Tin Dioxide Coated with Zinc Oxide
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Study on the Molding Process of Nano-Ceramics
p.211

Rapid Evaluation of Anti-Corrosive Property of Marine Protective Coatings
p.215

Preparation and Characterization of Novel Nano-ZnO/Polystyrene Resin Composite
p.220

Effect on Ultrafiltration of Lactic Acid Fermentation Broth by Using Inclined Tubes Sedimentation as Pretreatment
p.224

Deposition of Metal Clusters into the Functionalized Metal Organic Frameworks
p.230

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 496Study on the Molding Process of Nano-Ceramics

Study on the Molding Process of Nano-Ceramics

Abstract:

Nano-ceramics with excellent strength, toughness, oxidation resistance, corrosion resistance and the like metals superplasticity show an attractive application prospect. However, the production of high density of nano-ceramics is very difficult. This paper focuses on the preparation of concentrated suspension slurry, the main technical parameters and the additive proportion of raw materials. The optimum dosage of dispersant PAANa is 1.4wt%. When the PH value is about 9, the best stability of slurry is achieved. When the milling time reaches 10h, the lowest viscosity is reached. The solid content viscosity of slurry increases with the decrease of the slurry temperature. Solid phase volume with 40vol% of slurry can be successfully cast out the mould homogeneously.