Cotton non-elastic transfer ring rowan printed fabric: full analysis of technology, functions and application trends
Cotton non-elastic transfer rib printed fabric is a special knitted fabric made of 100% pure cotton yarn, which combines transfer rib structure and printing technology. It abandons the spandex component and retains the natural skin-friendly properties of pure cotton. The three-dimensional texture is created through the loop transfer process, and the printing design enhances the visual layering. It is the preferred fabric for casual clothing, home clothing, and children's clothing.
Principle of transfer rib texture: The fabric uses non-elastic rib tissue as the basic structure. During weaving, the front and back loops are alternately meshed to ensure the structural stability and moderate ductility of the fabric. The transfer process transfers some loops to adjacent needle positions through the needle bed shift of the knitting machine, breaking the regular patterns of traditional ribs and forming three-dimensional textures such as wavy and diamond patterns. The spandex-free feature allows the fabric to have a good shaping effect and is not easy to relax and deform. The softness of pure cotton fiber can highlight the tactile level of the transfer texture.
The principle of printing color fixation relies on the good color absorption of pure cotton fiber and uses reactive printing technology to covalently combine dye molecules with cotton fiber molecules to achieve high color fastness of the printed pattern, which is not easy to fade or fade. At the same time, the printing technology is combined with the transfer texture, and the pattern shows a concave and convex texture along with the three-dimensional texture. Compared with flat printing, it has more visual tension without damaging the breathability of the fabric.
High-count combed cotton yarn is selected for raw material screening and preparation to remove short lint and impurities to ensure the softness and smoothness of the fabric; the yarn has a uniform twist to avoid yarn breakage and knot problems during the weaving process, laying the foundation for the stitch transfer and printing processes.
Non-elastic transfer rib weaving uses a computer-controlled rib knitting machine. Enter the transfer pattern program, and the knitting needles complete the basic rib knitting and transfer operations according to the preset trajectory, accurately controlling the spacing and convex height of the texture. The yarn tension is strictly controlled during the weaving process to ensure uniform fabric width and symmetrical texture. The inelastic properties make the fabric more dimensionally stable.
The printing and post-finishing process first involves pre-shrinking and shaping to control the shrinkage of the pure cotton fabric within 3% to avoid pattern deformation due to shrinkage after printing; then the reactive printing process is used to print the pattern according to the design requirements, and the high-temperature fixation treatment strengthens the bonding between the dye and the fiber; finally, soft finishing and secondary shaping are performed to improve the fabric feel, fix the transfer texture and printing pattern, and ensure the stable quality of the finished product.
The 100% cotton non-elastic transfer ring rowan printed fabric has the characteristics of being skin-friendly and breathable, with exquisite patterns and stable patterns, and its application scenarios are highly targeted:
Casual clothing field: used to make T-shirts, sweatshirts, shirts, skirts, etc. The three-dimensional texture and printed patterns enhance the appearance of the clothing. The non-elastic properties make the version stiff and not close to the body, suitable for creating a loose casual style.
Home apparel field: It can be made into pajamas, nightgowns, home pants, etc. The skin-friendly and breathable properties of pure cotton are suitable for close-fitting wear. The transfer texture improves tactile comfort, and the printed design adds warmth to the home.
Children's clothing field: It is an ideal fabric for children's jackets, dresses, and bottoming shirts. It is safe and non-irritating without spandex. The high color fastness printing avoids dyes irritating children's skin. The pattern is stable, washable and durable.
Home textile field: used to make pillow cases, sofa towels, curtains, etc. The three-dimensional printed patterns are highly decorative, and the pure cotton material is breathable and environmentally friendly, adapting to various home styles.
For washing requirements, it is recommended to wash by hand or machine in cold water (water temperature ≤ 30°C). When washing in a machine, put it in a laundry bag to avoid mixing it with rough clothes to prevent wear of the transfer texture and scratches of the printing pattern. Use neutral detergent, and prohibit alkaline detergents and bleaches to prevent aging of cotton fibers and fading of printing.
Drying and ironing: Dry in the shade or dry on the opposite side to avoid sunlight exposure to prevent yellowing of pure cotton fibers and discoloration of printed patterns; control the ironing temperature below 120°C, place a layer of damp cloth when ironing, and give priority to ironing the reverse side of the fabric to avoid direct contact with printed patterns at high temperatures, which may cause burnt color or hardness.
When storing, please fold and store it flat to avoid stretching and deforming the fabric caused by hanging for a long time; keep the storage environment dry and ventilated to prevent the pure cotton fabric from getting moldy; keep away from sharp objects to prevent hooks from damaging the texture structure of the transfer.
Texture and printing process optimization: High-precision transfer knitting equipment is developed to achieve more complex texture pattern customization, such as irregular ripples and cartoon-shaped textures; digital printing technology is used to support the production of small-batch personalized printing patterns, enhance the differentiated competitiveness of fabrics, and reduce wastewater emissions from the printing process.
Functional modification technology uses antibacterial and anti-mite finishing to give fabrics antibacterial and deodorant functions, expanding its application in infant clothing, medical home textiles and other fields; anti-wrinkle finishing technology is used to improve the shortcomings of pure cotton fabrics that are prone to wrinkles and improve the ease of care of the fabrics.
Environmentally friendly raw materials and process applications use organic cotton and recycled cotton raw materials to create green and environmentally friendly fabrics; low-temperature active printing technology is used to reduce energy consumption and carbon emissions during the production process, which is in line with the trend of sustainable development.
Personalized customization trend As flexible production technology matures, fabrics can be customized with transfer texture, shape and printing patterns on demand, meeting the customization needs of niche clothing brands and cultural and creative products, and breaking the homogeneous competition pattern.
The trend of functional compounding integrates the functions of antibacterial, sun protection, moisture wicking and other functions. The cotton non-elastic transfer rowan printed fabric will become the mainstream choice of sports and leisure clothing and outdoor children's clothing, achieving the triple upgrade of "appearance + function + comfort".
The trend of simple and natural style is affected by changes in consumer aesthetics. Fabrics with low-saturation printing and simple geometric textures are more popular. They are suitable for minimalist and forest-style clothing and home textile designs, and are in line with the current comfortable and natural consumption concept.
Relying on the natural properties of pure cotton and its unique texture printing design, the 100% cotton non-elastic transfer rowan printed fabric is developing steadily in the direction of customization, functionality and simplicity, driven by consumption upgrades and environmental protection concepts.