Shattered Glass Foiled Spandex Fabric - Holographic Shattered Glass Foil, 54" Width (1 Yard)

Shattered Glass Foiled Spandex Fabric delivers a striking holographic look with brilliant light refraction and a smooth, lightweight hand. Made from 80% nylon and 20% spandex, this 4-way stretch fabric offers excellent flexibility, comfort, and recovery for garments that need both movement and visual impact. The shattered glass foil finish creates a bold, reflective surface that stands out on stage, under lights, and in everyday fashion-forward designs.

This fabric is a strong choice when you want a balance of durability and dramatic shine. The stretch content supports a close fit while remaining comfortable to wear, and the lightweight construction makes it versatile for a wide range of sewing projects. Whether you are creating performance pieces or statement accessories, this fabric brings texture, color, and dimension to your finished work.

• 4-way stretch for ease of movement and a flexible fit
• 80% nylon / 20% spandex blend for durability and comfort
• Holographic shattered glass foil for high-impact shine
• Lightweight feel suitable for costumes and active performance wear
• Excellent for designs that need visual texture and light reflection
• Usable width of 54 inches for efficient cutting and pattern layout
• 208 gsm weight provides a balanced medium hand

• Costumes and cosplay
• Dancewear and performance apparel
• Gymnastics outfits
• Festival fashion
• Statement tops, leggings, and bodysuits
• Accessories and decorative sewing projects

Care Instructions: Hand wash separately in cold water with a mild detergent. Do not use fabric softeners or chlorine bleach. Wash immediately after extreme perspiration. Lay flat to dry and do not wring. Avoid rubbing the fabric together. Test all fabrics before garment production, as the foil finish may fade after wear and washing. Test for chlorine, sweat, and detergent sensitivity.

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