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Tencate Advanced Composites is to commercialise of a new generation cyanate ester resin prepreg system designed specifically to meet the ongoing needs of satellite structure manufacturers for dimensionally stable structures.
TenCate’s TC410 cyanate ester prepreg resin system is intended to provide leading edge dimensional stability combined with low temperature cure capability.
Scott Unger, Group President of TenCate Advanced Composites USA stated that “TC410 addresses the need for dimensional stability in optical benches, reflectors and satellite structure by utilizing a low 250°F/121°C cure temperature coupled with extremely low moisture absorption. This reduces residual stresses in composite components, which minimizes the effects of thermocycling on these components in space.
Frank Lee, Vice President of Research & Technology reports that TC410 possesses one of the lowest moisture absorptions of any cyanate ester prepreg matrix resin to date, achieving a very low 0.35% neat resin absorption after over 300 days at 75% relative humidity.”
TC410 is the result of a multi-year development effort and is in active screening and qualification programs. TC410 is part of TenCate’s ongoing investment in composite materials technology combined with investments in precision prepreg equipment for state of the art resin control, along with the 2008 acquisition of YLA, Inc in 2008 furthering TenCate’s technology in prepregs for space applications.
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