Imitation super soft bronzing shoe fabric has become the focus of the industry with both functional and aesthetic value by virtue of the innovative application of composite technology. The unique charm of Imitation super soft bronzing shoe fabric is rooted in the microstructure design and process optimization of imitation super soft fabric. As the basic material, imitation super soft fabric builds the material basis of delicate touch through the screening and modification of fiber raw materials. In the production process, extremely fine polyester fiber or nylon is preferred, and its single filament fineness is often controlled at the micron level. The extremely fine fiber diameter gives the fabric a natural soft property. In the textile process, special spinning and weaving technology are used to make the fibers interweave in a tight and regular manner to form a uniform and dense cloth surface structure. The subsequent finishing process is even more critical. Through mechanical processing such as raising and sanding, a short and dense layer of fluff is formed on the fabric surface. The height of these fluffs is usually controlled between 0.5-1.5 mm to ensure the fineness of the touch and avoid the problem of easy lodging and dust accumulation caused by excessive fluff. The final imitation super soft fabric has a smooth texture like baby skin. When it comes into contact with the foot, it can effectively disperse the pressure and reduce the discomfort caused by friction, providing the wearer with an all-weather comfortable experience.
The integration of hot stamping technology injects artistic visual genes into the imitation super soft fabric. This process is based on the principle of thermal transfer and uses high temperature and high pressure environment to achieve a firm combination of metal foil and fabric. Before hot stamping, the design team needs to draw pattern templates through a computer-aided design system according to the style positioning of the footwear product. These patterns can be simple brand logo lines or complex geometric collages or natural patterns. After the template is made, the metal foil with the pattern is covered on the surface of the imitation super soft fabric. The hot melt adhesive layer on the foil is melted and closely attached to the fabric fiber by applying high temperature and high pressure through the heating plate and pressure roller of the hot stamping machine. In this process, the surface metal layer of the metal foil is transferred to the fabric to form a pattern with metallic luster. Due to the special structure of the fluff on the surface of the imitation super soft fabric, the transferred metal pattern is not completely flat, but produces subtle light and shadow changes with the ups and downs of the fluff. Under the light, it presents a three-dimensional and layered visual effect, which greatly enhances the decorativeness and fashion sense of the shoe cloth.
The synergistic effect of the composite process further amplifies the unique advantages of Imitation super soft bronzing shoe fabric. The soft base of the imitation super soft fabric provides a good carrier for the bronzing pattern, avoiding cracks or falling off during the foil transfer due to the hardness of the fabric; and the metal pattern layer formed by the hot stamping process enhances the wear resistance of the fabric surface to a certain extent, forming a physical protective barrier. This complementarity of function and decoration makes Imitation super soft bronzing shoe fabric shine in high-end fashion shoes. In the design of women's party shoes, the exquisite hot stamping floral pattern and the delicate texture of the imitation super soft fabric complement each other, meet the comfort needs of the feet, and show the luxurious temperament through the shining metallic luster; in the field of sports and leisure shoes, the simple hot stamping line pattern is combined with the imitation super soft fabric, which not only ensures the wearing comfort, but also gives the shoes a trendy attribute, achieving a perfect balance between functionality and fashion.