Beaded And Sequined 3D Floral Sparkling Lace Fabric - 100 Percent Polyester Net Mesh, Floral Embroidered, 52" Width (1 Yard)

Bring a romantic, high-impact finish to your next project with this Beaded And Sequined 3D Floral Sparkling Lace Fabric. Designed on a 100 percent polyester net mesh base, it features dimensional floral embroidery, shimmering sequins, and beaded accents that catch the light beautifully from every angle. The result is a luxurious lace with elegant texture, graceful drape, and standout visual depth for special occasion sewing.

This fabric is ideal when you want a refined statement piece with couture-inspired appeal. The floral motif adds softness and movement, while the sparkling embellishment creates a glamorous look that works especially well for bridalwear, evening fashion, and decorative accents. With an approximate 52" width, it offers versatile coverage for garments and creative design work alike.

Features & Benefits

• Dimensional 3D floral lace design for a rich, elevated look
• Beaded and sequined embellishment for added sparkle and texture
• 100 percent polyester net mesh base for lightweight structure
• Elegant drape suitable for overlays, accents, and statement pieces
• Approximate 52" width for flexible cutting and layout
• Available in multiple colors to support a wide range of design palettes
• Great choice for high-end sewing projects that need visual drama and sophistication

Recommended Uses

• Bridal gowns, veils, and wedding accessories
• Evening dresses, quinceanera gowns, and formalwear
• Dance costumes, performance wear, and stage fashion
• Fashion overlays, sleeves, bodices, and trims
• Decorative pillows, table accents, and event decor

Care Instructions

• Handle gently to protect the beading and sequins
• Spot clean or dry clean recommended
• Do not bleach
• Store flat or rolled to help preserve embellishment detail

Whether you are creating a bridal masterpiece or a dramatic fashion accent, this sparkling floral lace delivers beauty, texture, and versatile sewing potential.