Warp-knitting is a method of knitting where threads are fed through a series of knitting machines, creating a fabric that is typically more stable and elastic than other types of knitting. This technique is commonly used to produce stretchable fabric, often found in garments such as shapewear, sportswear, and lingerie. It is characterized by the use of multiple yarns, which run vertically (the warp) while being intertwined horizontally (the weft).
Warp-knitting is a specialized term primarily used in textile and garment manufacturing contexts. It is more prevalent in written texts, such as technical articles and manufacturing guidelines, than in everyday oral communication.
Warp-knitting se utiliza para crear una variedad de tejidos elásticos.
The advantages of warp-knitting include durability and a good fit.
Las ventajas del warp-knitting incluyen durabilidad y un buen ajuste.
Many modern sportswear companies rely on warp-knitting for their products.
While "warp-knitting" itself may not have many idiomatic expressions directly associated with it, the technical jargon surrounding the textile industry often includes phrases that describe quality and properties of fabrics.
La tela tiene mucha elasticidad debido a su construcción de warp-knitting.
"With warp-knitting, you can really stretch your creativity in fashion design."
Con el warp-knitting, realmente puedes estirar tu creatividad en el diseño de moda.
“They achieved a breakthrough when they combined warp-knitting with smart textiles.”
The term "warp-knitting" comes from the blend of two words: "warp" and "knitting." "Warp" refers to the vertical threads in a fabric that are held in tension on a loom, while "knitting" derives from the Old English ‘cnyttan,’ meaning to knot, twist, or bind together.
Synonyms: - Knitting - Fabric production - Textiles
Antonyms: - Weaving (though related, weaving is a different method of fabric creation) - Unraveling
In summary, warp-knitting is a specialized technique within the textile industry, known for its ability to create highly stretchable and durable fabrics. Its usage is more common in written technical contexts, and it serves as a foundation for many modern textile applications.