letsinstyle 5 Yards Cotton Lace Trim, 4.13 Inch White Bow Eyelet Scalloped Ribbon, Flower Embroidery Wavy Edge Trims for Sewing Making DIY Crafts Gift Wrapping Bouquets Wedding Decor

• Generous Single Roll: This cotton lace trim comes in a convenient 5 yards continuous roll. With a versatile 4.13 inch / 10.5 cm width, it provides ample material for both broad decorative treatments and detailed craft applications
• Bow and Eyelet Design: The trim is styled with an elegant bow scalloped ribbon motif, delicately combined with openwork eyelet lace trim detailing. Flower ruffle trims interlace with the lace pattern to create a light, romantic look that adds graceful charm to any project
• Embroidered Wavy Edge: Finished with a soft embroidery wavy edge, the trim features gentle, sculpted waves that frame its silhouette. Paired with the natural drape of cotton wavy edge ribbon, it falls beautifully and adds dimensional texture when layered or gathered
• Soft Cotton Fabric: Made from high-quality cotton, the material is breathable, gentle on skin, and easy to handle. This embroidery sewing trim is washable, colorfast, and resists stretching or distortion, making it suitable for clothing, pet apparel, and other items intended for regular use
• Versatile Craft Use: A multipurpose craft and home décor supply, this lace trim adapts easily to various creative projects. Ideal for sewing crafts, gift wrapping, bouquet accents, home decoration, and wedding styling, it brings a clean, refined elegance to handmade designs

letsinstyle 5 Yards Cotton Lace Trim, 4.13 Inch White Bow Eyelet Scalloped Ribbon, Flower Embroidery Wavy Edge Trims for Sewing Making DIY Crafts Gift Wrapping Bouquets Wedding Decor Specification： Name: Cotton Lace Trim Material: Cotton thread Color: White Quantity: 5 Yards x 4.13 Inch Please kindly note: 1. Manual measurements may have a slight variance of approximately 0.5-1.0 inches. 2. Due to lighting conditions and screen display differences, the actual color may vary slightly from the images. Please refer to the physical product for the most accurate representation.