Non Woven Interlining is a type of lining used to make clothing more comfortable and soft

Non Woven Interlining is a type of lining used to make clothing more comfortable and soft. It is made from synthetic fibers instead of textile cloth, and the process involves a chemical fiber adhesive and high temperature and pressure. These materials can be easily cut and shaped, and are very useful in the apparel industry.

Non Woven Interlining is often used to make embroidery backings. This type of lining is suitable for a variety of purposes, including clothing that is intended to be washed and dried. It is also easy to sew and makes garment production more efficient. It is also suitable for applications in home textiles, toys, and other products.

Non Woven interlining is generally made from polyester or polyamide staple fibers. It is available in soft and firm hand feel varieties. It is also available with point-sealed thermal bonding. It is an all-purpose type, and can be used in small and large area fusing.

Another type of Non Woven Interlining is knit fabric. This type is commonly used in apparel manufacturing. It provides structure and makes manufactured items more stable. It has a smooth hand and is more durable than non-woven interlining. Besides being lightweight, it is also flexible. For this reason, it is the preferred type of interlining.

Woollen fabrics are often stiffer after fusing interlining. The 2HG value is rapidly increasing in fabrics that are fused with interlining. This means the interlining is not as resilient as the outer fabric. Furthermore, it decreases elasticity. These are two characteristics that are crucial for woollen fabric performance.

Non Woven Interlining should be evaluated for wearability and durability before it is selected. Modern production systems require high quality and consistency, which is why interlining selection should be included in the design process. Considerations include the correct fusing conditions, desired handle and support, and wash/dry clean resistance.

A fusible interlining affects the dimensional stability of the fabric and the shell fabric. If the difference between the two is too large, surface folding can occur. This results in puckered seams or surfaces on stabilized garment parts. Proper testing can determine the amount of shrinkage that will occur. You should also pay close attention to relaxation shrinkage.