Bring soft floral charm and versatile styling possibilities to your product range with this 64cm Artificial Ranunculus Spray. Featuring three ranunculus blooms on a single stem, this faux flower adds color, dimension, and a layered floral look to bouquets, decorative arrangements, and event displays. Available in multiple colors, it is a versatile choice for florists, floral wholesalers, retailers, and professional decoration suppliers.
Three-Bloom Design: One spray features three ranunculus flowers, creating a fuller look for floral arrangements.
Versatile Floral Styling: Easy to incorporate into bouquets, centerpieces, mixed flower arrangements, and decorative displays.
Flexible Stem Construction: Iron wire helps the stem maintain its shape and allows for convenient positioning during arranging.
Multiple Color Options: Suitable for a variety of floral themes, interior styles, and seasonal collections.
B2B-Friendly Product: Designed for floral wholesalers, retailers, event decorators, and home décor suppliers seeking versatile artificial flower stems.
Product Name: Artificial Ranunculus Spray
Model Number: RA-02-01
Height: 64cm
Material: Fabric + Plastic + Iron Wire
Color: Multiple Colors
Flower Quantity: 3 Blooms per Spray
Product Type: Artificial Flower Spray
Artificial flower bouquets and mixed floral arrangements
Wedding flowers, event styling, and celebration decorations
Home décor, hotel displays, and commercial interiors
Table centerpieces and decorative vases
Retail window displays and visual merchandising
Florists, floral wholesalers, craft suppliers, and home décor retailers
This artificial ranunculus spray is a versatile addition to wholesale artificial flower collections, offering three blooms on one stem for a range of floral design applications. Multiple color options make it suitable for different customer preferences and decorative projects. For bulk orders, color availability, wholesale pricing, packaging details, and lead times, please contact our sales team for further information and a quotation.