Influence of molar ratio of Si–H to Si–CH=CH 2 on mechanical and optical properties of silicone rubber

Influence of molar ratio of Si–H to Si–CH=CH 2 on mechanical and optical properties of silicone rubber

High-strength and optically transparent silicone rubber was prepared using vinyl-MQ silicone resin as base gum. Influence of molar ratio of Si–H to Si–Vi (A value) on curing process as well as mechanical and optical properties were studied. The results show that the curing time and curing temperatur...

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Veröffentlicht in:Journal of elastomers and plastics 2016-04, Vol.48 (3), p.206-216
Hauptverfasser: Yin, Yingle, Chen, Xintai, Lu, Jie, Liu, Zuifang, Chen, Xuhuang
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container_issue 3
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container_title Journal of elastomers and plastics
container_volume 48
creator Yin, Yingle
Chen, Xintai
Lu, Jie
Liu, Zuifang
Chen, Xuhuang
description High-strength and optically transparent silicone rubber was prepared using vinyl-MQ silicone resin as base gum. Influence of molar ratio of Si–H to Si–Vi (A value) on curing process as well as mechanical and optical properties were studied. The results show that the curing time and curing temperature decreases, while storage modulus after curing increases, as the A value increases. The optimal mechanical and optical properties can be obtained when the A value is 1.8, leading to the formation of an ultraviolet (UV) transparent silicone rubber with tensile strength of 8.03 MPa and UV transmittance up to 95.8% at 350 nm.
doi_str_mv 10.1177/0095244314557972
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title Influence of molar ratio of Si–H to Si–CH=CH 2 on mechanical and optical properties of silicone rubber
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