Glazed Doughnuts Printed Nylon Spandex Fabric - Printed Doughnut Pattern, Blue, 55/56" Width (1 Yard)

Bring playful style and performance together with Glazed Doughnuts Printed Nylon Spandex Fabric. This eye-catching stretch textile features a vibrant printed doughnut design with a smooth low-luster sheen that adds a polished finish to any project. Made from a durable 82% nylon and 18% spandex blend, it delivers excellent recovery, comfortable movement, and a flattering fit. The direct-to-ground digital printing process helps the artwork stay vivid and saturated, even when the fabric is stretched, while the 100% opacity supports confident coverage on both sides.

With its 4-way stretch construction and lightweight feel, this fabric is a versatile choice for sewing projects that need both flexibility and structure. The 200 gsm weight provides dependable body without feeling overly heavy, and the UPF 50+ performance adds an extra layer of practicality for outdoor-friendly garments. Whether you are creating fashion-forward pieces or statement accessories, this printed spandex fabric offers the color retention, durability, and comfort needed for demanding designs.

• 4-way stretch for comfort, mobility, and a smooth fit
• 82% nylon and 18% spandex blend for durability and recovery
• Direct digital printing for vibrant color and full coverage
• 100% opacity for confident wear in fitted applications
• Low-luster sheen for a refined, modern look
• Lightweight yet supportive 200 gsm construction
• UPF 50+ due to weight and coverage
• Easy-care fabric suitable for everyday sewing projects

• Swimwear and rash guards
• Activewear and athleisure
• Dancewear and performance costumes
• Cosplay and themed apparel
• Fashion tops, leggings, and fitted garments

• Machine wash cold on delicate cycle or hand wash
• Do not use liquid detergent
• Do not bleach
• Tumble dry on no heat or hang to dry
• Do not iron
• Test all fabrics before garment production

Colors may vary by screen, so ordering a swatch is recommended for exact color matching.