Hibiscus Flower Splatter Printed Nylon Spandex Fabric - Multicolor Floral Print, 55/56" Width (1 Yard)

Hibiscus Flower Splatter Printed Nylon Spandex Fabric brings a bold tropical look with vibrant multicolor floral artwork and a smooth, flexible hand. Designed for performance and style, this 4-way stretch fabric offers excellent recovery, breathable comfort, and dependable durability for projects that need both movement and visual impact. The direct-to-ground digital print delivers rich color saturation and full coverage, helping the design stay vivid even when the fabric is stretched.

Made from 82% nylon and 18% spandex, this fabric is a versatile choice for sewing projects that demand a sleek fit and comfortable wear. Its 200 gsm weight provides a supportive feel with enough coverage for swimwear and activewear, while the 55/56" usable width gives you room to cut efficiently for garments and accessories. The hibiscus-inspired splatter print adds a lively, fashion-forward finish that works beautifully for statement pieces and custom creations.

Features & Benefits

• 4-way stretch for flexible movement and a body-skimming fit
• High color fastness from direct-to-ground digital printing
• Soft, durable nylon spandex blend for comfort and performance
• 200 gsm weight for reliable coverage and structure
• Breathable feel suitable for active and warm-weather wear
• Excellent recovery for garments that need to hold shape
• Versatile print ideal for bold fashion and creative sewing

Recommended Uses

• Swimwear and resort wear
• Dancewear and performance costumes
• Activewear and athleisure
• Cosplay and character outfits
• Leggings, tops, and fitted apparel
• Fashion accessories and custom sewing projects

Care Instructions

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

Please note that colors may vary by screen. For exact color matching, order a swatch before cutting or production.