7.9.3 Appendix 7.3 Rheology of Engineering Polymer Blends
Polymer 1 | Polymer 2 | Type | Method | Reference |
|---|---|---|---|---|
Polyamide-6, PA-6 | PA | homologous | dynamic | Hinrichen & Green, 1981 |
PA | LLDPE | immiscible | steady state shear | Utracki et al., 1986 |
PA-6 | NBR; EVAc | immiscible | dynamic | Wu et al., 1990 |
PA-6 | EVAc | immiscible/ interphase | steady shear | Okoroafor et al., 1992 |
PA-6 | PP, SEBS-MA | immiscible | capillary | Ikkala & Reima, 1994 |
PA | ABS | immiscible | capillary | Aoki & Watanabe, 1992 |
PA | PP | immiscible | dynamic/ capillary | Samurkas & Rogers, 1992 |
PA-6 | PE | immiscible | capillary | Padwa, 1992 |
PA-6 | LCP | immiscible | capillary | La Mantia et al., 1990 |
PA | LCP | immiscible | Â | Jang & Kim, 1994 |
PC | PS | immiscible | dynamic | Lipatov et al., 1981 |
PC | LDPE | immiscible | dynamic | Kwok, 1987; Sammut & Utracki, 1986b |
PC | PMMA | immiscible | steady state shear | Kasajima et al., 1981 |
PC | ABS | immiscible | steady state shear | Dobrescu & Cobzaru, 1978 |
PC | LDPE | immiscible | steady state shear | Utracki & Sammut, 1987 |
PC | ABS | immiscible | capillary/ model | Kumar et al., 1993 |
POM | TPU | Â | Â | Â |
PC | ABS 10–90 wt% | immiscible | dynamic | Babbar & Mathur, 1994 |
PC | PO 5–15 wt% | immiscible | capillary | Huang et al., 1994 |
PC or PP or PET or PA | LCP | immiscible | capillary, elongational | La Mantia et al., 1994 |
PC | LCP | immiscible | capillary | Beery et al., 1992 |
PC | PETG; PETG/ LCP | Â | capillary | Chapleau et al., 1992 |
PC | PBT/ LCP PA-6/ LCP | immiscible | capillary | Beery et al., 1991 |
PC PSF | LCP LCP | immiscible | dynamic/capillary | Skovby et al., 1991 |
PC PC | PET PETG | immiscible miscible | dynamic | Miller et al., 1990 |
PC | LCP (PET/PHB60) | immiscible | dynamic/ capillary | Nobile et al., 1989 |
PC | LCP | immiscible | dynamic/ capillary | Kohli et al., 1989 |
PC | LCP | immiscible | dynamic/ capillary | Malik et al., 1989 |
PC | PBT & MBS | immiscible | dynamic | Memon, 1994 |
PPE | PS | miscible | steady shear | Takahashi et al., 1990 |
PPE | PS | miscible | dynamic | Prest & Porter, 1972 |
PPE | High impact polystyrene, HIPS | immiscible | dynamic | Schmidt, 1979 Marvin, 1960 |
Polyoxymethylene, POM | EVAc | immiscible | capillary | Rezanova & Tsebrenko, 1981 |
POM | PS | immiscible/ fibrillation | capillary | Romankevich et al., 1982, 1983 |
POM | EVAc | immiscible/ fibrillation | capillary | Tsebrenko et al., 1980 |
Polyethylene-terephthalate PET | PBT | immiscible | steady state shear | Mishra & Despura, 1984 |
PET | Polyamide-66, PA-66 | immiscible | dynamic and steady state shearing | Utracki et al., 1981, 1982; Utracki & Bata, 1982; Guenther and Baird, 1996 |
PET | PA-6 | immiscible | capillary | Dimov & Savov, 1980 |
PET PA | PAr EVAl | miscible/ immiscible | dynamic | Kim, 1988 |
PET | LCP | immiscible | dynamic | Lin & Winter, 1992 |
PBT | PET | immiscible; viscoelastic | dynamic | Jin & Tao, 1991 |
PBT | Liquid crystal polymer, LCP | immiscible | capillary | La Mantia et al., 1989 |
PBT | PA-6 | immiscible | capillary/ dynamic | Wakita, 1993 |
PET | LCP | immiscible | dynamic | Sukhadia et al., 1990 |
PBT, PHMT, PC | LCP (PHB/PET) | immiscible | dynamic | Ajji & Gignac, 1992 |
PET | LCP | immiscible | capillary | La Mantia et al., 1993 |
PVME | PS | immiscible | dynamic | Schneider & Wirbser, 1990 |
SAN | Phenoxy | immiscible | dynamic | Lee et al., 1994 |