Garment Fabric

How to improve the wrinkle resistance of garment fabrics?

To improve the wrinkle resistance of garment fabrics, you can take the following methods:

Choose the right fiber: Choose fiber materials with good wrinkle resistance, such as polyester (polyester fiber), acrylic fiber (polyacrylonitrile fiber), etc. They usually have better wrinkle resistance than natural fibers (such as cotton, silk, etc.) .
Blended design: Blending fibers with good wrinkle resistance with other fibers can improve the overall wrinkle resistance of the fabric. For example, blending polyester with cotton or silk can increase wrinkle resistance while maintaining comfort.
Processing: Through special processing, such as coating with anti-wrinkle agent, heat setting treatment, etc., the anti-wrinkle performance of the fabric can be improved. For example, heat setting treatment can rearrange fiber molecules at high temperatures and enhance the fabric's wrinkle resistance.
Fabric structure design: Using a tighter weaving structure or higher-density fabrics can reduce the gaps between fibers, thereby enhancing the wrinkle resistance of the fabric.
Proper washing and ironing: Choosing the proper washing method and temperature, and using the proper temperature and humidity when ironing, can reduce fabric wrinkling. Also, avoid using high-temperature ironing for long periods of time to avoid damaging the fiber structure of the fabric.
Hang and fold: After washing, dry clothes promptly and spread them out flat. Avoid hanging or stacking wet clothes for a long time to avoid wrinkles.
Proper storage: When storing clothes for a long time, you can take some measures, such as stacking them neatly and avoiding squeezing and weighing, to maintain the shape and smoothness of the clothes.


What effect does blended design have on garment fabrics?

Blended design is the process of mixing different types of fibers together to create fabrics. Blended design has the following effects on garment fabrics:

Comprehensive utilization of the advantages of various fibers: Blended designs can combine different types of fibers to make full use of their respective advantages. For example, blending polyester with strong wear resistance and cotton fiber with good hygroscopicity not only maintains the comfort of the fabric, but also enhances the durability.
Improve the performance of the fabric: Through blended design, the performance of the fabric can be improved, making it have better wrinkle resistance, wear resistance, warmth retention, moisture absorption and other properties. For example, blending silk with wool can increase the warmth and comfort of the fabric.
Adjust the feel and appearance of fabrics: The proportions and combinations of different fibers affect the feel and appearance of fabrics. Blended design can adjust the texture, gloss and texture of the fabric, making it richer and more diverse to meet the needs and preferences of different consumers.
Enhance the stability and durability of the fabric: The blended design can enhance the stability and durability of the fabric, reduce the deformation and wrinkling of the fabric, and extend the service life of the garment.
Reduce costs: Through blended design, the cost of fabrics can be reduced and production efficiency improved. For example, blending natural fibers with synthetic fibers can reduce raw material costs and increase the durability of the fabric.