M.Palumbo etc. The effect of the content of hollow glass microspheres compression performance of the material, and the compression elastic modulus of the material was modeling analysis.JRMAlmerda and other hollow glass microspheres were sieved particle size, the influence of the particle size of the material compression performance, found that the smaller the particle size of the hollow glass beads, beads and material strength is greater. LJGibson and other preparation techniques, performance testing of composite foam detailed study, and study the mechanical properties, thermal properties, electrical properties and acoustic properties of the material and the like.EMWouterson such as the use of epoxy resin as matrix, K15, K46 hollow glass microspheres and BJO-093 phenolic resin microspheres prepared by filling density of 0.8g / cm3, a compressive strength of 54MPa of syntactic foam, was found with microspheres volume fraction increased from 0% to 50%, the stretched composite foam strong, flexural strength and flexural modulus are lower, and the effect of microstructure on the properties of the foam.N.Gupta such as the use of hollow glass microspheres filled vinyl ester-based system, a composite foam, the tensile and compression tests found that the modulus and strength of the base material is quite pure, but the strength and modulus of the composite foam is higher pure substrate.
Low density hollow glass beads filled, composite foam density plays a decisive role
