FAQ

Warp knitting is a type of knitting process where the yarn runs vertically (in the direction of the fabric's length) and forms loops in multiple parallel rows. Unlike weft knitting, which uses horizontal yarns, warp knitting involves several yarns that interlock to create a stable and durable fabric.

• Warp Knitting: Uses vertical yarns and is done using machines like tricot and raschel machines. It's faster and creates stronger, more stable fabrics suitable for applications like sportswear, lingerie, and technical textiles.
• Weft Knitting: Uses horizontal yarns and typically results in more flexible fabrics like T-shirts or sweaters. It's done on machines like circular or flatbed knitting machines.

Warp knitting can produce a wide variety of fabrics, including:

• Tricot: Soft, lightweight, and stretchable fabrics, often used in lingerie, activewear, and undergarments.
• Raschel: A heavier, more durable fabric used for items like lace, nets, and industrial textiles.
• Satin: Warp knitted fabrics can create a satin-like finish for luxurious fabrics.
• Mesh and Netting: Commonly used in sports and industrial applications.

• Tricot Machines: Typically used for producing lightweight, smooth fabrics like lingerie or activewear.
• Raschel Machines: Used for heavier fabrics such as lace, curtains, and nets.
• Mayer & Cie and Karl Mayer: Leading brands for warp knitting machines, offering high-performance and versatile options.

• Durability: Warp knitted fabrics are more stable and less prone to stretching or shrinking compared to weft-knitted fabrics.
• High Production Speed: Warp knitting machines are typically faster than other types of knitting machines.
• Variety of Patterns: Warp knitting allows for intricate patterns and designs, including lace, mesh, and textured effects.
• Versatility: Can be used for a wide range of applications, from fashion to industrial textiles.

• Fashion: Used in garments like activewear, swimwear, lingerie, and sportswear.
• Industrial Applications: Such as automotive textiles, geotextiles, and medical fabrics.
• Home Textiles: Including curtains, upholstery, and bedding.
• Technical Fabrics: Used in products like filters, mesh screens, and safety gear.

To ensure high quality, warp knitting requires careful attention to yarn tension, machine calibration, and fabric finishing. Regular maintenance of machines and the use of high-quality yarns are also essential for producing consistent and durable fabrics.

Yes, warp knitting is ideal for producing stretch fabrics, especially when combined with elastane or spandex fibers. These fabrics are commonly used in activewear, swimsuits, and compression garments.