Corded Bridal Lace Fabric Embroidered On 100 Percent Polyester Net Mesh - Turquoise, Silver/Copper, Emerald, 53" Width (1 Yard)

Bring refined texture and timeless elegance to your next project with this corded bridal lace fabric embroidered on 100% polyester net mesh. Designed with a delicate yet dimensional lace surface, this fabric offers a luxurious couture-inspired look that works beautifully for bridalwear, formal fashion, and special occasion sewing. The lightweight net mesh base provides graceful drape and comfortable wear, while the corded embroidery adds depth, definition, and visual interest.

Available in three striking colorways, this lace fabric is a versatile choice for designers and makers who want a sophisticated finish with standout detail. The 53" width gives you generous coverage for garment panels, overlays, and decorative accents, making it a practical option for both small and large sewing projects. Whether you are creating a romantic wedding gown, an elegant evening dress, or a dramatic costume piece, this embroidered lace delivers a polished and high-end result.

Features & Benefits

• 100% polyester construction for durability and easy care
• Lightweight net mesh base with elegant drape
• Corded embroidered lace design for added texture and dimension
• Ideal for bridal, couture, and formalwear applications
• 53" width supports efficient cutting and pattern layout
• Versatile enough for overlays, sleeves, trims, and statement panels
• Comfortable, breathable feel for wearable designs

Recommended Uses

• Wedding dresses and bridal overlays
• Evening gowns and formal attire
• Dance costumes and performance wear
• Fashion accents, sleeves, and yokes
• Decorative home accents, table overlays, and event styling

For best results, handle with care during cutting and sewing to preserve the embroidered lace detail. A fine needle and gentle stitching are recommended for clean seams and a professional finish. If needed, test pressing on a small section first and use low heat with a protective cloth.