… 6 (PA6) and bisphenol-A polycarbonate (PC) are important … PA6 is strongly resistant to most
solvents while PC is not; PC … Therefore, extensive researches on blends of PA6 and PC have …

… Thermosetting bisphenol A-carbonate resins with ethynyl and … Bisphenol A-polycarbonate
(BisA PC) is a heatresistant, highly … Several attempts to combine thermoplastic BisA PC and …

… Going the simplest way: Easy, fast, inexpensive and energy efficient depolymerization of
mixed streams of PC and PET, to obtain pure TPA and BPA is carried out in a one-step process. …

… including poly(trimethylene carbonate)(PTC), … carbonate, NaOH, and CH3ONa are often
used to catalyze the melt transesterification of DPC and BPA for the industrial production of PC[…

… their work also resulted in a miscible blend between BPA-TMC-PC 9371 and a BPA-PC.
BPA-TMC-PC 9371 and N-PC was a fully miscible blend which had a single glass …

… trimethylene carbonate (TMC). … aromatic PCs are largely exploited in a plethora of applications.
The industrial production of aromatic PCs follows the phosgenation of bisphenol A (BPA) (…

… Bisphenol-A polycarbonate (PC) is another most commonly-used … carbonate groups in PC
through transesterification during melt blending as well, leading to the chemical bonding of PC …

… of trimethylene carbonate, ring-opening polymerization of lactides, and copolymerization of
trimethylene carbonate and … or melt polymerization of Bisphenol A and phosgene at very high …

… (CL), trimethylene carbonate (TMC) or … BPA from BPA-PC generates a carbonate. Hence,
it was hypothesized that the depolymerization of the BPA-PC could provide the carbonate …

… carbonates are easily polymerized.49a The simplest polycarbonate is named as poly(trimethylene
carbonate… -phase dimethyl siloxane bisphenol-A carbonate block copolymer. Polymer …