Dark Zebra Pattern Holographic Foil Polyester Spandex Fabric - Turquoise, Green, Purple, Red, Zebra Pattern, 58"-60" Width

Bring bold shine and modern texture to your next project with this Dark Zebra Pattern Holographic Foil Polyester Spandex Fabric. Designed with a striking zebra-inspired finish and a reflective holographic surface, this lightweight knit jersey offers eye-catching movement, vivid dimension, and a sleek fashion-forward look. The polyester-spandex blend delivers comfortable stretch and flexibility, making it a versatile choice for garments and statement pieces that need both style and performance.

This fabric combines a smooth knit base with a shimmering foil effect that catches the light beautifully. Its lightweight feel makes it easy to work with for creative sewing, while the 2-way stretch helps provide ease and comfort in fitted designs. The wide 58"-60" width gives you plenty of coverage for apparel, accessories, and décor accents. With its dramatic color range of turquoise, green, purple, and red tones, this fabric is ideal for projects that call for a vibrant, high-impact finish.

Features & Benefits

• 92% Polyester and 8% Spandex blend for stretch, comfort, and durability
• Holographic shiny foil surface for a bold, reflective look
• Lightweight knit jersey construction for easy sewing and drape
• 2-way stretch for flexible fit and movement
• Wide 58"-60" fabric width for efficient cutting and pattern layout
• Great for fashion, performance wear, and decorative projects
• High visual impact for standout designs and creative styling

Recommended Uses

• Dancewear and performance costumes
• Fashion tops, skirts, and statement apparel
• Accessories, trims, and accent panels
• Event décor and themed displays
• DIY sewing projects and custom creations

Care Instructions

Due to the foil finish and color variation, handle with care and test a swatch first if exact shade matching is important. Lighting and screen settings may affect appearance. For best results, follow gentle fabric care practices and avoid harsh treatment that may damage the holographic surface.