How does Air covered yarn compare to other types of yarn in terms of cost and performance?

When comparing Air covered yarn to other types of yarn, such as spun yarn or filament yarn, there are certain differences in cost and performance. Here's a breakdown of the general aspects to consider:
1.Cost:

Air covered yarn, made by combining multiple yarns, may be more expensive than spun yarn, which is typically made from a single fiber type.

However, Air covered yarn can be more affordable compared to filament yarn, which involves a more intricate production process.

2.Performance:

Strength: Air covered yarn, combining different yarns, can have enhanced strength compared to some spun yarns. For example, a blend of cotton and polyester yarns in an Air covered construction can result in a stronger yarn suitable for durable fabrics.

Elasticity: Air covered yarn with a high percentage of spandex or elastane content can exhibit excellent stretch and recovery properties, providing garments with superior comfort and flexibility.

Texture: Air covered yarn with a blend of textured and smooth yarns can create fabrics with unique surface effects. For instance, combining a textured polyester yarn with a smooth viscose yarn can result in a fabric with interesting tactile variations.

Appearance: Air covered yarn can be engineered to produce patterned effects in fabrics. By using different colored yarns in the air covering process, intricate designs, jacquard-like patterns, or stripes can be achieved.

Dyeing and color fastness: Air covered yarn made from synthetic fibers like polyester or nylon are easily dyed with vibrant colors. They can exhibit good color fastness, ensuring the colors remain intact after repeated washes and exposure to sunlight.

Comfort: Air covered yarn with a high percentage of natural fibers like cotton or bamboo can provide a soft and comfortable feel against the skin, making them suitable for clothing items like t-shirts or underwear.

Air covered yarn

Air covered yarn (ACY) is a type of yarn that involves simultaneously stretching the wrapped fiber filament and spandex filament through a certain type of nozzle, and regularly spraying and pressing it with highly compressed air to form a rhythmic network of points. The fabric feels soft and smooth.