Why is Thermobond Nonwoven Interlining easier to use than fabric?

1. Lower directional requirements
One of the biggest differences between Thermobond Nonwoven Interlining and fabric is that it has lower directional requirements. Fabrics usually have a distinct warp and weft structure, which requires that the direction of the fibers must be taken into account when cutting and using to ensure the quality and stability of the finished product. Thermobond Nonwoven Interlining uses a non-woven process, and its fibers are irregularly distributed during the production process and are not restricted by direction. Therefore, it will not be affected by direction when cutting, and the cutting method is more flexible, which greatly simplifies the difficulty of operation during the production process.

2. Not easy to spread after cutting
Traditional fabrics are prone to spreading and de-threading during cutting, which not only increases the difficulty of post-processing, but also wastes a lot of raw materials. Thermobond Nonwoven Interlining will not spread after cutting due to its non-woven structure. This makes Thermobond Nonwoven Interlining more convenient to use. Even the untreated cut edges can remain in their original shape without the fabric edges being derailed or deformed, thus reducing the trouble of subsequent processing and finishing.

3. Price advantage
Compared with traditional fabrics, Thermobond Nonwoven Interlining has a lower production cost. The production process of fabrics usually requires complex weaving processes, dyeing, finishing and other links, which not only consumes a lot of resources, but also increases production costs. The production process of Thermobond Nonwoven Interlining is relatively simple, mainly through hot melt bonding and other methods to bond the fibers into shape, eliminating the tedious steps of weaving and dyeing, so it has a higher cost performance.

4. Soft texture
Thermobond Nonwoven Interlining has a soft texture while maintaining structural support, which makes it particularly popular in the clothing field. Traditional fabrics may be stiffer due to their strong structure and heaviness, while Thermobond Nonwoven Interlining can provide a comfortable touch and soft appearance while maintaining good support.

5. Save processing time and reduce waste
Since Thermobond Nonwoven Interlining has the advantage of not requiring special treatment and is not easy to fall apart after cutting, it can save a lot of time in the production process. Traditional fabrics often require delicate finishing processes such as hemming and reinforcement, while Thermobond Nonwoven Interlining simplifies these tedious steps. Manufacturers only need to cut, heat press or bond during use to complete the use of lining, which greatly improves work efficiency.

6. Versatility and wide application
The versatility of Thermobond Nonwoven Interlining has made it widely used in many industries. In addition to clothing manufacturing, it is also widely used in home textiles, automotive interiors, luggage manufacturing and other fields. Whether it is in clothing parts that require a certain degree of hardness or in products that require lightness and comfortable touch, Thermobond Nonwoven Interlining can provide an ideal solution.