Exquisite Sequin Embroidered Water-Soluble Mesh - Wedding Dress Lace

Luxurious Sequin Embroidered Water-Soluble Mesh Fabric

Why Choose This Exquisite Embroidered Mesh?

• ✨ Intricate Sequin Embroidery - Delicate sequin work creates stunning dimensional texture and captivating light reflection for show-stopping designs
• 💎 Water-Soluble Mesh Base - Innovative water-soluble backing allows for clean, professional finishing and versatile application techniques
• 🌟 Fashionable Lace Aesthetic - Combines traditional lace elegance with modern embellishment for contemporary bridal and evening wear
• 👗 Premium Bridal Applications - Perfect for wedding gowns, evening dresses, bridal veils, formal wear, and couture fashion projects
• 🎨 Versatile DIY Potential - Ideal for sewing enthusiasts and professional designers creating custom garments and accessories

Product Specifications:

• Fabric Type: Sequin Embroidered Water-Soluble Mesh
• Embellishment: Sequin Embroidery
• Base: Water-Soluble Mesh/Lace
• Style: Fashionable Embroidery Lace
• Weight: Lightweight (approximately 0.25kg per unit)

Perfect For:

This exquisite embroidered mesh is the fabric of choice for bridal couture, formal wear designers, and discerning DIY creators. Craft breathtaking wedding gowns, elegant evening dresses, delicate bridal veils, sophisticated overlays, or custom fashion accessories. The water-soluble mesh backing provides professional finishing options while the sequin embroidery adds luxurious sparkle and dimension.

Design Features:

• Intricate sequin work adds dimensional elegance
• Water-soluble backing enables clean finishing
• Lightweight construction perfect for layering
• Fashionable lace aesthetic suits modern bridal trends
• Versatile for both garment construction and embellishment

Care Instructions:

Handle with care to preserve embroidery. Dry clean recommended for finished garments. For water-soluble mesh removal, follow manufacturer instructions. Store flat or loosely rolled away from direct sunlight. Avoid harsh chemicals and excessive heat.