Fruit Cocktails Printed Nylon Spandex Fabric - Multicolor Fruit Cocktail Print, 55/56" Width (1 Yard)

Bring playful energy and bold color to your next sewing project with this Fruit Cocktails Printed Nylon Spandex Fabric. Designed with a vibrant multicolor fruit cocktail motif, this lightweight stretch textile offers a smooth hand, excellent recovery, and the flexibility needed for fitted garments and creative apparel. The direct-to-ground digital printing process helps the design stay vivid with strong color saturation and full coverage as the fabric stretches, making it a standout choice for eye-catching fashion and performance wear.

This printed spandex is made from a high-quality blend of 82% Nylon and 18% Spandex, giving it the comfort, durability, and four-way stretch that makers look for in versatile sewing fabric. At 200 GSM, it provides reliable body and coverage while still remaining breathable and easy to wear. The usable width measures 55/56 inches, giving you plenty of room for pattern layout, cutting efficiency, and a wide range of garment applications. With its UPF 50+ coverage due to weight and construction, it is also a smart option for projects where sun protection is a plus.

Features & Benefits

• Four-way stretch for comfort, movement, and a flattering fit
• Lightweight yet durable construction for long-lasting wear
• Breathable feel suitable for active and performance garments
• High color fastness and vivid print saturation for bold visual impact
• Excellent recovery for swimwear, dancewear, and fitted apparel
• UPF 50+ coverage due to fabric weight and opacity

Recommended Uses

• Swimwear and rash guards
• Activewear and athletic apparel
• Dancewear and performance costumes
• Cosplay and themed outfits
• Leggings, tops, and fitted casual wear
• Craft projects and fashion accents

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.