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Surface modification inorganic fillers

Tables 8.2 and 8.3 show the densities of the fillers after treatment with various surface modifications. The filler density decreased significantly from 2.6 gcm value for the inorganic filler after surface modification. Weight fraction of the filler corresponding to 3.5 vol% inorganic filler fraction is also reported. Densities of the nanocomposites are also reported in these tables, which also indicate that the incorporation of filler did not increase their buUdness. The composite densities lie in the range of 1.20 to 1.23gcm" as compared to l.lSgcm" for pure epoxy.

$Tables 8.2 and 8.3 show the densities of the fillers after treatment with various surface modifications. The filler density decreased significantly from 2.6 gcm value for the inorganic filler after surface modification. Weight fraction of the filler corresponding to 3.5 vol% inorganic filler fraction is also reported. Densities of the nanocomposites are also reported in these tables, which also indicate that the incorporation of filler did not increase their buUdness. The composite densities lie in the range of 1.20 to 1.23gcm" as compared to l.lSgcm" for pure epoxy.$

His research interests include organic-inorganic nanocomposites, novel filler surface modifications, thermal stability enhancements, polymer latexes with functionalized surfaces, etc. He has authored more than 40 scientific publications, book chapters, and patents on these subjects. [Pg.341]

FIGURE 4.1 Schematic approach used in the modification of biopolymers (a) blends, (b) chemical linkages, (c) cross-linking, (d) grafting, and (e) biocomposite formation (i, biopolymer matrix ii, biopolymer fillers iii, surface modified inorganic materials). (See insert for color representation of the figure.)... [Pg.86]

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Filler surface

Fillers inorganic

Fillers modification

Filling modification inorganic fillers, surface

Inorganic fillers, surface

Inorganic surfaces

Surface modification of inorganic fillers