Colorful Floral Lace Trimming Polyester Fabric - Embroidered Floral, 2.5" Width (1 Yard)

Colorful Floral Lace Trimming Embroidered On Polyester Net Mesh brings a vibrant, handcrafted look to any sewing project. This decorative lace trim features a beautiful floral embroidery design on a lightweight net mesh base, creating a delicate yet eye-catching finish that works beautifully for fashion and special occasion accents. With its soft drape, detailed texture, and colorful pattern combinations, this trim adds dimension, elegance, and personality to garments and décor alike.

Made from 100% polyester, this lace trimming offers dependable durability, easy handling, and versatile use across a wide range of creative applications. The embroidered surface provides rich visual interest, while the net mesh foundation keeps the trim lightweight and flexible. At approximately 2.5 inches wide, it is an excellent choice for edging, appliqué, overlays, and decorative finishing. The fabric is sold with a minimum order of 1 yard, making it convenient for both small embellishments and larger design projects.

• 100% polyester construction for durability and long-lasting wear
• Lightweight net mesh base for flexible sewing and easy application
• Embroidered floral design for a refined decorative finish
• Approximately 2.5" width for versatile trim and accent use
• Suitable for high-end fashion details and craft embellishments
• Available in multiple color combinations for creative coordination
• Ideal for projects that need a polished, elegant, and colorful touch

• Wedding dresses and bridal accessories
• Evening gowns and formalwear
• Dance costumes and performance outfits
• Fashion trims, hems, and neckline accents
• DIY crafts, appliqué, and decorative sewing
• Home décor accents, pillows, and table styling

Care Instructions: Handle gently and test care methods on a small section before washing or pressing. For best results, use low heat when ironing and avoid harsh cleaning methods to preserve the embroidered detail and mesh structure.