Unfinished Daisies Nylon Spandex Fabric - Blue Floral Print, 55/56" Width (1 Yard)

Bring your next project to life with this Unfinished Daisies Printed Spandex, a vibrant nylon spandex fabric designed for comfort, movement, and standout style. Featuring a blue floral print with crisp detail and full-coverage color, this 4-way stretch textile offers the flexibility and recovery needed for performance sewing, fashion-forward garments, and creative DIY projects. The smooth hand, reliable stretch, and rich print saturation make it a versatile choice for pieces that need both visual impact and dependable wear.

Printed using a direct-to-ground digital process, this fabric allows the dye to fully saturate into the material for vivid color and excellent coverage, even when stretched. The result is a durable, high-performance print that helps maintain its look after wear and washing. With a medium weight of 200 gsm and UPF 50+ protection due to its weight and coverage, this fabric is especially well suited for projects where comfort, opacity, and long-lasting quality matter.

• 4-way stretch for flexible movement and a comfortable fit
• 82% Nylon, 18% Spandex blend for strength, recovery, and softness
• Direct-to-ground digital printing for vibrant color and sharp pattern detail
• High color fastness helps preserve the print through washing and wear
• 200 gsm weight offers dependable coverage for fashion and performance use
• UPF 50+ protection adds value for outdoor and swim-related projects
• Usable width of 55/56 inches supports efficient cutting and layout

• Swimwear and rash guards
• Activewear and athleisure
• Dancewear and performance costumes
• Cosplay and fitted fashion pieces
• Casual wear, leggings, and tops

Care Instructions: Machine wash cold on a delicate cycle or hand wash. Use no liquid detergent. Do not bleach. Tumble dry on no heat or hang to dry. Do not iron. We recommend testing all fabrics prior to garment production.

Color may vary by screen, so ordering a swatch is recommended for exact matching before production.