Original: $61.99
-65%$61.99
$21.70The Story
Stunningly beautiful, this 25" Rose Silk Flower Stem in Beige adds timeless elegance and works in everything from simple single-stem displays to elaborate wedding arrangements. Use this stem in bouquets, centerpieces, sympathy florals or everyday vases, either on its own or combined with greenery and other artificial flowers for classic, long-lasting designs.
Material breakdown: Polyester 60%; Plastic 30%; Wire 10% ;
- Pack/Unit - This listing is for 1 pack. You will receive 12 items per pack. The photo shows 1 item.
- Size - Height: 25"
We classify our silk flowers as either stems (also called sprays), bushes, or bouquets. Stems/sprays feature blooms attached to a single stem. Bushes combine multiple stems affixed to a 4-6" non-decorative plug intended for insertion into a container filled with your preferred arranging medium; we do not recommend clear glass vases without a filler, as the plug will be visible. Our bouquets, also called bundles, contain multiple individual stems that can usually be separated if desired.
Description
Stunningly beautiful, this 25" Rose Silk Flower Stem in Beige adds timeless elegance and works in everything from simple single-stem displays to elaborate wedding arrangements. Use this stem in bouquets, centerpieces, sympathy florals or everyday vases, either on its own or combined with greenery and other artificial flowers for classic, long-lasting designs.
Material breakdown: Polyester 60%; Plastic 30%; Wire 10% ;
- Pack/Unit - This listing is for 1 pack. You will receive 12 items per pack. The photo shows 1 item.
- Size - Height: 25"
We classify our silk flowers as either stems (also called sprays), bushes, or bouquets. Stems/sprays feature blooms attached to a single stem. Bushes combine multiple stems affixed to a 4-6" non-decorative plug intended for insertion into a container filled with your preferred arranging medium; we do not recommend clear glass vases without a filler, as the plug will be visible. Our bouquets, also called bundles, contain multiple individual stems that can usually be separated if desired.
