5 Common High -end Shirt Custom Fabrics

1. Soft and comfortable ultra -high tight high -density pure cotton free shirt fabric
This kind of fabric is 300 cotton 300 ultra -high and high -density shirt fabrics. It is impossible to use ordinary raw cotton and ordinary textile dyeing equipment and processing processes. Soft and comfortable, the cloth surface has a silk -like luster, choose high -quality long velvet cotton, and uses international advanced textile dyeing equipment and processing processes to produce, which contains high technical content.

2. Environmental shirt fabric with excellent features
If 3%-5%of Tao XLA elastic fibers are added to the cotton fabric, the shirt fabric can have a comfortable elasticity and hot effect, and it can have good environmental protection functions.

3. Perle fabric with skin care function
PEARL fabric is a new type of pearl fabric. After anti -wrinkle and anti -contraction, the fabric feels very soft, cool and comfortable, and has a silk -like feeling. Because pearl fiber materials contain more than ten kinds of amino acids and trace elements, under the conditions of skin acidity, these nutrients can be absorbed by the skin surface, which can moisturize and tender white skin. At the same time, the material also has the function of launching infrared and anti -ultraviolet rays, which can promote skin blood microcirculation, protect the skin from damage to the sunlight ultraviolet rays, and play a role in skin care and health care.

4. Shirt fabrics of a combination of fiber materials
This fabric can achieve long -term and short -term blending or interweaving through multi -component fiber, and give full play to the functional advantages of each fiber material, especially high -performance fibers, which greatly improves the added value of shirt fabrics.

5. Shirt products stitched by a variety of fabric combination
It can be selected from the sorting and oil -resistant arrangement, waterproofing, and good hygroscopic sweats, and is completely consistent in color, color and shrinkage.