Knitting Art (Textile)

Knitting is one of the most widely used production methods in textile surface formation, following weaving. Essentially, knitted fabrics are formed by interlocking yarns into structures called loops. Due to their properties such as flexibility, softness, and comfort, knitted fabrics are frequently preferred in both everyday apparel and technical textile applications.

Knitting Methods and Classification

Knitting technology is divided into two main categories: weft knitting and warp knitting. In weft knitting, the yarn moves horizontally across the fabric, that is, in the weft direction, while in warp knitting, the yarns advance longitudinally, that is, in the warp direction. In weft knitting systems, a single yarn can form the entire fabric, whereas in warp knitting, each needle requires a separate yarn.

• Weft knitting is typically performed on circular or flat knitting machines. Fabrics such as jersey, rib, and interlock, commonly used in T-shirts, underwear, and sportswear, are produced using this system.
• Warp knitting is more often used in applications where durability is critical. Warp knitting machines are preferred for producing products such as netting, tulle, curtains, and socks.

Technical Characteristics and Advantages

The most distinctive feature of knitted fabrics is their high degree of flexibility and comfort, resulting from their looped structure. This structure enables the production of garments that fit the body well, offer freedom of movement, and provide wearing comfort. Additionally, knitted fabrics offer advantages in production efficiency due to lower rates of waste.

Other advantages include:

• High air permeability
• Easy formability
• Rapid production process
• Reduced need for seams

Modern Applications and Knitting in Technical Textiles

Today, knitted fabrics are not only widely used in fashion and ready-to-wear industries but also in technical textile applications. Knitting technology is particularly prominent in medical textiles (such as elastic bandages and orthopedic support products), sportswear, automotive textiles, and smart textiles.

Thanks to next-generation knitting machines, it is now possible to produce very fine, highly dense, or three-dimensional surfaces. Moreover, fabrics knitted with functional yarns can be endowed with properties such as antibacterial, flame-retardant, water-repellent, or thermal-regulating performance, delivering enhanced user performance.

Differences Between Knitting and Weaving

The fundamental difference between knitting and weaving lies in the principle of surface formation. Weaving is created by interlacing yarns at right angles, whereas knitting is formed by interlooping yarns. This results in knitted fabrics being more elastic, lightweight, and flexible, while woven fabrics tend to be more durable and rigid. These characteristics are taken into account when selecting the appropriate fabric for a given application.