Cotton spandex terry is a knitted fabric made of cotton fiber as the main body and blended with spandex fiber. With the advantages of being soft and skin-friendly, moderately elastic, breathable and sweat-absorbent, it has become the preferred fabric for sweaters, home clothes, children's clothing and other close-fitting clothing. This article comprehensively dismantles the core value and market potential of cotton and spandex small terry from the six dimensions of principle, process, and application.
The performance of cotton and spandex small terry comes from the complementary advantages of cotton and spandex fibers, combined with the three-dimensional structure of the small terry, to achieve a balance between comfort and practicality:
The natural advantages of cotton fiber: As the main raw material (usually 85%-95%), cotton fiber is hygroscopic, breathable, skin-friendly and non-irritating. It can quickly absorb sweat on the skin surface and keep you dry. The texture of natural fiber also makes the fabric soft to the touch, suitable for close-fitting wearing scenarios.
The elasticity of spandex fiber: Adding 5%-15% of spandex fiber can form an elastic network inside the fabric, giving the fabric moderate stretchability and recovery properties, avoiding the problems of easy wrinkles and deformation of pure cotton fabrics, while improving the fit of the fabric and adapting to the range of human activities.
The synergistic effect of the small terry structure: The fine and small terry structures on the surface of the fabric increase the air circulation space and further improve the breathability. At the same time, the terry structure can enhance the warmth retention of the fabric, making it suitable for spring and autumn wear.
The core of the production process of cotton spandex small terry lies in precise weaving and gentle finishing. The specific process is as follows:
Weaving process: Single-sided circular weft machine is used for weaving. By adjusting the knitting needle arrangement and yarn feeding speed of the needle cylinder, a uniform and dense small loop structure is formed on the surface of the fabric. When weaving, it is necessary to strictly control the blending ratio of cotton and spandex, as well as the height (usually 1-3mm) and density of the loops to ensure that the loops are not easy to fall off and pilling; at the same time, the yarn tension is accurately adjusted to avoid uneven thickness of the fabric.
Post-finishing process: including pre-shrinking, dyeing, softening, shaping and other steps. Pre-shrinking treatment can control fabric shrinkage within 3%; reactive dyes are used for dyeing to improve color fastness and avoid fading; bio-based softeners are used for soft finishing to enhance the skin-friendly feel of the fabric; and the shaping process fixes the size and elasticity of the fabric to ensure that it is not easily deformed after long-term use.
The performance advantages of cotton spandex small loops make it widely used in various types of intimate clothing and casual clothing:
Clothing field: It is the core fabric of sweatshirts and sweatpants in spring and autumn. It is soft and warm without losing elasticity; it can be made into home clothes and pajamas. Its skin-friendly and breathable properties improve home comfort; it is also the preferred fabric for children's clothing. Natural cotton fiber is non-irritating and its elastic design adapts to the active characteristics of children; it can also be used in base layer shirts and sports underwear, which fit the body shape and absorb moisture and perspire.
Home textile field: It can be used to make towels, pillowcases and other products. The small loop structure is absorbent and breathable. It is skin-friendly and non-irritating. It is suitable for people with sensitive skin.
Industrial field: Some high-weight cotton spandex small loops can be used as linings for labor protection clothing to improve wearing comfort and fit.
The maintenance of cotton and spandex small loops must take into account the characteristics of cotton fiber and spandex fiber to avoid damaging the fabric structure:
Washing method: It is recommended to gently hand wash or machine wash in cold water, use neutral detergent, and prohibit bleach and fluorescent whitening agents to prevent damage to the natural texture of spandex elastic fibers and cotton fibers; avoid mixing with sharp objects when cleaning to prevent snagging and pilling.
Suning and drying: After washing, gently wring out the water, dry naturally in the shade, and avoid exposure to the sun. High-temperature exposure will cause the cotton fiber to age, the fabric to fade, and the elasticity of the spandex to be destroyed. High-temperature drying is prohibited, and the drying temperature must be controlled below 60°C.
Ironing and storage: If you need to iron, choose the low temperature setting (120-150℃), and do not iron the surface of the terry terry directly to avoid the terry terry falling down; fold it for storage when storing to avoid stretching and deformation of the fabric caused by long-term hanging.
The current technical research and development of cotton spandex small terry is focused on two major directions:
Fiber modification technology: Use combed cotton to replace ordinary cotton fibers to reduce neps on the surface of the fabric and improve the smoothness and softness; add antibacterial and anti-mite finishing agents to develop antibacterial fabrics suitable for mothers, infants, and people with sensitive skin; incorporate cooling factors into the fibers to create breathable and cool small terry fabrics suitable for summer.
Weaving process optimization: Use computer jacquard technology to weave three-dimensional patterns or logo patterns on the surface of small terry fabrics to enhance the beauty and added value of the fabric; use double-sided small terry weaving technology to enhance the warmth of the fabric and expand the application scenarios for winter clothing.
In the future, the development of cotton and spandex small terry will present two major trends:
Green and environmental protection: The application proportion of organic cotton and regenerated cotton fiber will be gradually increased to reduce the carbon footprint from the raw material side; green dyeing processes such as waterless dyeing and plant dyes will be used to reduce pollution emissions during the production process and meet consumer demand for environmentally friendly fabrics.
Compounding functions: Single comfortable fabrics are upgraded to multi-functional ones, such as "moisture wicking + antibacterial + antistatic" three-in-one fabrics, suitable for sports, daily life and other scenarios; the integration of intelligent temperature-control fibers will promote the development of fabrics towards intelligence, such as sweatshirt fabrics that can adjust temperature.