Posh Titanium Foiled Slinky Jacquard Polyester Spandex Fabric - Black/Silver, 56" Width (1 Yard)

Posh Titanium Foiled Slinky Jacquard Fabric delivers a striking metallic look with a smooth, flexible feel that is ideal for standout garments. This polyester spandex slinky jacquard features an all-over titanium foil finish that catches the light beautifully, making it a strong choice for performance pieces, fashion-forward apparel, and eye-catching costume design. The lightweight drape and comfortable stretch help create garments that move with the body while maintaining a polished, elevated appearance.

With a soft hand feel and dependable stretch, this fabric supports versatile sewing projects that need both style and comfort. The jacquard texture adds subtle dimension, while the foil surface brings a high-impact sheen that works especially well for stagewear and special occasion looks. Whether you are designing a fitted dress, a dance costume, or a sleek top, this fabric offers the visual drama and wearable ease that modern makers look for.

• 95% Polyester, 5% Spandex blend for comfort, flexibility, and shape retention
• 4-way stretch construction for improved fit and movement
• Soft hand feel for comfortable wear against the skin
• Metallic titanium foil finish for a bold, high-shine appearance
• Lightweight 190 gsm body for fluid drape and easy sewing
• Usable width of 56 inches for a wide range of garment and craft applications
• Excellent for form-fitting designs that need stretch and style

• Dancewear and performance costumes
• Gymnastics apparel and stage outfits
• Fitted dresses, tops, and fashion separates
• Special occasion garments and statement pieces
• DIY sewing projects requiring stretch and shine

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.

Color Note: Colors may vary by screen. For exact color matching, order a swatch before production.