Interlining In Clothing Production

In the process of garment production, popularizing the application of fusible interlining that have facilitated garment process further and made garment become lightness, comfort, sense of beauty and be able to endure wash. For enhancing the quality and grade of garment which used fusible interlining, besides paying attention to the quality of fabric, style, making up technology and so on, still attaching important to researching compatibility between fabric and fusible interlining, pressing process, comfort of composites and handle in the round. But in the process of actual production, choosing fusible interlining and confirming pressing parameter by experience basically. I have investigated several garment company, having found they was short of cognition about the importance of compatibility between fabric and fusible interlining. They examined compatibility of product still by original way. Aiming to this phrase presently that theory couldn't keep in-phase with practice, I think it is necessary to expatiate comprehensively and systematically how to use fusible interlining exactly, for numerous garment corporations providing essential theoretical guidance.The thesis mostly expounds the compatibility of fusible interlining and pressing process. By many experiment, then analyzing experimental data which handle mathematical statistics, the thesis concludes hereinafter:1 There are no compatibility problem between common suiting and outer garment and middle/high grades fusible interlining, except elastic fabric and lightweight fabric. The keystone of compatibility of shirting is handle and being able to endure wash.2 Peeling intensity order that PA hot melt adhesive agglutinate with different fiber is: COTTON>WOOL>WOOL/POLYESTER>POLYESTER;Peeling intensity order that HDPE hot melt adhesive agglutinate with different fiber is: POLYESTER>COTTON/POLYESTER>COTTON>COTTON/RAMIE>RAMIE.3 the theoretic temperature of wool fabric generally is 140℃±5℃, the theoretic temperature of shirting generally is 165℃±5℃.