Geometric Flamingo Printed Nylon Spandex Fabric - Multicolor Geometric Flamingo Print, 55/56" Width (1 Yard)

Geometric Flamingo Printed Nylon Spandex Fabric brings bold style, flexible comfort, and performance-ready stretch to your next sewing project. Featuring a vibrant multicolor geometric flamingo print, this fabric is designed to stand out while delivering the smooth feel and dependable recovery makers love for swimwear, dancewear, activewear, cosplay, and casual fashion. The direct-to-ground digital print creates rich, saturated color with excellent coverage, even when the fabric is stretched, helping your finished pieces maintain their visual impact from every angle.

Made from 82% nylon and 18% spandex, this printed spandex fabric offers a soft hand, durable construction, and true 4-way stretch for ease of movement and a flattering fit. The 200 gsm weight provides balanced body and coverage, while the usable width of 55/56 inches makes it practical for a wide range of garment and accessory applications. With UPF 50+ performance due to its weight and coverage, it is a smart choice for projects where sun protection and comfort matter.

• 4-way stretch for comfort, flexibility, and excellent recovery
• 82% nylon and 18% spandex blend for durability and smooth wear
• Direct-to-ground digital printing for vivid, high color fastness appearance
• 200 gsm weight for reliable coverage and structure
• UPF 50+ performance due to fabric weight and coverage
• Ideal for versatile sewing projects that need movement and style
• Usable width of 55/56 inches for efficient cutting and layout

• Swimwear and resort wear
• Activewear and athleisure
• Dancewear and performance costumes
• Cosplay outfits and statement apparel
• Leggings, tops, and fitted fashion pieces
• DIY sewing projects and creative garment design

Care Instructions: Machine wash cold on a 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. We recommend testing all fabrics prior to garment production.