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Di-olefin monomers

Figure 10. Hydrosilation Polymerization of TFVE Di-olefin Monomers. Figure 10. Hydrosilation Polymerization of TFVE Di-olefin Monomers.
Thermal stability in nitrogen exceeded 400°C in most network cases which is characteristic of both siloxane and PFCB containing materials. Not shown here is the thermal oxidative stability for thermosets 11 -14 . In contrast to the TFVE reactive polymers prepared from mono-olefin TFVE derivatives, networks 11 -14 prepared from TFVE functionalized di-olefin monomers do not contain oxidatively unstable benzylic carbons. [Pg.320]


See other pages where Di-olefin monomers is mentioned: [Pg.318]    [Pg.320]   
See also in sourсe #XX -- [ Pg.318 ]




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