Vol.3 No.1 (January 2013)
Effect of Content of Hollow Glass Microsphere on Forming and Properties of Resin-Based Composite Material
Composites with 21% - 62% (wt%) hollow glass microspheres were synthesized by molded forming and injection forming. Properties, microstructure and the behavior of mixture were detailed investigated. Results showed that the content of hollow glass microsphere had a great effect on the behavior of mixture, and the mixture of the different microspheres content can be roughly classified into four states according to the viscosity, which were flow state (21% - 35%), stagnant state (36% - 45%), plastic-mud state (46% - 55%) and powder-grain state (56% - 62%). Mixture in stagnant state was conducive for preparation of high-strength, low-density composite material, while there existed numbers of stomata through the composite material for those in plastic-mud state and powder-grain state, which could reduce the density of material, but would sharply increase the water absorption.
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