Research Article

Modification Effect of Cellulase on the Physicochemical Characteristic of Polysaccharides Edible Films

Table 3

Results of thermogravimetric analysis.

Variants [°C]Weight loss [%] [°C]Weight loss [%] [%]

C0T066.72 ± 0.612.94 ± 0.2195.87 ± 0.524.56 ± 0.525.24 ± 0.8
C0.05T055.93 ± 0.19.58 ± 0.6176.15 ± 0.630.57 ± 0.747.13 ± 0.2
C0.1T061.43 ± 0.58.63 ± 0.9178.81 ± 1.130.99 ± 0.447.21 ± 0.9
C0T760.99 ± 0.514.45 ± 0.1196.68 ± 1.161.46 ± 0.324.01 ± 0.3
C0.05T760.82 ± 0.37.79 ± 0.2185.74 ± 1.829.17 ± 1.247.69 ± 0.6
C0.1T759.25 ± 0.47.65 ± 0.2178.39 ± 1.132.10 ± 1.047.46 ± 1.3
C0T1461.24 ± 0.312.37 ± 0.5190.97 ± 0.862.53 ± 0.424.87 ± 0.4
C0.05T1461.23 ± 0.77.20 ± 0.3182.92 ± 3.329.81 ± 0.749.69 ± 0.3
C0.1T1462.47 ± 0.24.23 ± 0.2176.18 ± 1.532.03 ± 0.649.36 ± 0.4

: water evaporation temperature; : pyrolysis decomposition temperature; : residual weight at 300°C.