Beaded & Corded Floral Lace Applique Embroidered On 100 Percent Polyester Net Mesh Fabric - Floral Applique, 10" X 2" Each Side (1 Pair)

Beaded & Corded Floral Lace Applique Embroidered On 100 Percent Polyester Net Mesh Fabric brings a refined, dimensional look to special occasion sewing projects. This handmade applique features elegant floral detailing with beaded and corded accents that create beautiful texture, subtle shine, and a luxurious finish. The durable heavy-weight construction offers dependable structure while still delivering the delicate appearance of fine lace, making it a versatile choice for bridal, formalwear, and decorative applications.

Designed for standout presentation, this floral applique is ideal when you want a polished accent that feels both romantic and elevated. The polyester net mesh base provides stability and helps the applique hold its shape, while the embroidered surface adds visual depth and high-end appeal. With a size of approximately 10" x 2" each side and a minimum order of 1 pair, it is well suited for symmetrical placements on necklines, bodices, sleeves, hems, and costume details.

• Handmade construction for a detailed, artisan look
• Beaded and corded floral design adds dimension and elegance
• 100 percent polyester net mesh offers durability and structure
• Heavy-weight feel supports premium sewing and embellishment projects
• Ideal for bridal and formalwear applications where visual impact matters
• Ships within 24 business hours for faster project turnaround
• Available in multiple colors to coordinate with a wide range of designs

• Wedding dresses and bridal gowns
• Evening gowns and formalwear
• Dance costumes and performance wear
• Quinceanera dresses and pageant designs
• Fashion embellishment, neckline accents, and sleeve details
• Craft and DIY sewing projects requiring decorative lace appliques

Care Instructions: Handle gently to preserve the beading and embroidery. Spot clean when needed and avoid harsh washing or high heat unless tested first on a small area.