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Hybrid materials synthesis covalent bonding

The addition of suitable compatibilizer compounds to the material as a possible way to enhance the filler-matrix interaction, and therefore improving the mechanical properties, has been studied by Spirkova et al. [75]. Polyethylene glycol (PEG) is the best compatibilizer studied. It is soluble in the water-alcohol mixture needed for the matrix synthesis, it is commonly available and relatively cheap, and the enhancement of the mechanical properties is the highest between the polyalcohols tested. PEG was able to form strong physical bonds with the filler and direct covalent bonds with the organic part of the hybrid matrix. This bonding helps bentonite nanoclay to disperse in the matrix. [Pg.1220]

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See also in sourсe #XX -- [ Pg.207 ]



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Bond hybridization

Bonds synthesis

Covalent bonding hybridization

Covalent hybridization

Covalent hybrids

Covalent-bond synthesis

Hybrid bonds

Hybrid materials

Hybrid materials hybrids

Hybrid materials synthesis

Hybridization materials

Materials Hybrid material

Materials synthesis

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