| Abstract: | Lyocell is drawing attention as a new material, environmentally friendly fiber. Precedent researches on lyocell are mostly
on structure, characteristics, physical properties, and dyeability. There are few researches on interlining for lyocell clothes
production. This study analyzes the correlation between the appearance-related performances of lyocell-interlining bonded
fabric and the mechanical properties of fusible interlining, lyocell face fabric, and lyocell-interlining bonded fabric. The
stiffness of lyocell-interlining bonded fabric correlates with LT, WT, G, 2HG, 2HG5, B, 2HB, WC, and RC of fusible interlining;
LT, EMT, G, 2HG, 2HB, RC, and T of lyocell face fabric; LT, WT, G, 2HG, 2HG5, B, 2HB, and T of lyocell-interlining bonded
fabric. The drapability of lyocell-interlining bonded fabric correlates with LT, WT, G, 2HG, 2HG5, B, 2HG, WC, and RC of fusible
interlining; LT, EMT, G, 2HG, 2HG5 and RC of lyocell face fabric; LT, EMT, G, 2HG, 2HG5, B, 2HB, LC, RC, and T of lyocell-interlining
bonded fabric. The crease recovery of lyocell-interlining bonded fabric correlates with RT, T, W, WT, G, and 2HG of fusible
interlining; LC, W, LT, EMT, G, 2HG, and 2HG5 of lyocell face fabric; WC, T, LT, G, 2HG, and 2HG5 of lyocell-interlining bonded
fabric. |
