. 2018 Feb 24;10(2):225. doi: 10.3390/polym10020225

Table 1.

Thermal properties of the pure PEBAX and composite films.

Code		DSC				TGA
Code	Mn (mol wt) ^a	T_m1 (°C) ^b	∆H_m1 (J/g) ^d	T_m2 (°C) ^c	∆H_m2 (J/g) ^e	T_d1% (°C) ^f	T_d3% (°C) ^f	T_d10% (°C) ^f	Residual content (%) ^g
L-PEG	950–1050	40	135	-	-	210	274	342	0
M-PEG	3350	58	141	-	-	254	284	342	1
H-PEG	35000	64	180	-	-	333	361	386	2
Pure PEBAX	-	16	33	199	35	323	360	388	2
L-PBXPG	-	32	68	199	5	245	324	376	3
M-PBXPG	-	51	87	202	6	312	356	383	4
H-PBXPG	-	57	95	197	9	337	364	385	4

^a Number average molecular weight of L-PEG, M-PEG, and H-PEG. ^b,c Melting temperature of PEG, pure PEBAX, and composite films, respectively. ^d,e Melting enthalpy of PEG, pure PEBAX, and composite films, respectively. ^f 1 %, 3 %, and 5 % decomposition temperature of PEG, pure PEBAX, and composite films. ^g Residues of remained at 700 °C.