Relationship Between Physical and Low-stress Mechanical Properties to Fabric Hand of Woollen Fabric with Fusible Interlinings

A Review of Fusible Interlinings Usage in Garment Manufacture

“…Total 16 low-stress mechanical properties can be tested which is shown in Table 2 [73]. Zhang et al compared the low-stress mechanical properties of woollen fabric with and without interlining which shown in following sections [7].…”

“…Figure 9 shows the tensile property of a woollen fabric without interlinings (a) and with interlining (b). From the fabric extension treatment, it is obviously reflected, woolen fabric become stiffer and reduces the elasticity after fusing interlining [7].…”

“…Zhang et al found interlining adhesive density affects the ability of resistance to bending. In addition, interlining thickness and weight affect bending recovery ability [7]. Figure 11 shows bending property of woollen fabric (a) and fused with interlining (b).…”

“…It reflects that both B and 2HB of bending property of woollen fabric have significant affected by interlining. Interlining increases their stiffness greatly and decreases the recover properties significantly [7].…”

“…Although previous research articles concerning the properties and functions of shell fabrics fuse different interlinings by suitable fusing technology [1,2,3,4,5,6,7], there is a lack of integral comprehension of the knowledge of fusible interlinings. This review article will systematically summarize state-of-the-art progress in the history, classification, manufacture, characteristics, properties, function, fusing technology and application of these materials.…”