Hydrophobic materials were successfully prepared from SPI and
natural rubber (unvulcanized and pre-vulcanized) by blending via
freezing/lyophilizing by Tian, Zhang, Wu, Wang, and Chen (2010).
The blend sheets exhibited good interface adhesion and good optical
transparency. The contact angle values of the blend sheets
were dramatically enhanced with the increase in rubber, indicating
an improved hydrophobic surface compared to pure SPI sheets. The
unvulcanized rubber-soy protein sheets possessed superior mechanical
properties, compared to the vulcanized rubber-soy protein
sheets. The blend sheets also exhibited good biodegradability.
Hydrophobic materials were successfully prepared from SPI andnatural rubber (unvulcanized and pre-vulcanized) by blending viafreezing/lyophilizing by Tian, Zhang, Wu, Wang, and Chen (2010).The blend sheets exhibited good interface adhesion and good opticaltransparency. The contact angle values of the blend sheetswere dramatically enhanced with the increase in rubber, indicatingan improved hydrophobic surface compared to pure SPI sheets. Theunvulcanized rubber-soy protein sheets possessed superior mechanicalproperties, compared to the vulcanized rubber-soy proteinsheets. The blend sheets also exhibited good biodegradability.
การแปล กรุณารอสักครู่..
