Shihanee 6 Pcs Floral Foam Cones for Artificial & Fresh Flowers, 4.72 x 2.8 Inch Wet & Dry Green Foam Blocks for Cemetery Vase Inserts, Wedding Centerpieces, and DIY Flower Arrangement Supplies

Features: The floral arrangement supplies are suitable for both real flowers and fake flowers. Their natural green color can well match various beautiful flowers, not being abrupt. The flower foam can be a useful gift for people who love flower arranging, such as your friends, colleagues, and family members, to show your support and care to them, thus improve your relationships. Specifications of foam blocks: Material: resin Color: green Size: approx. 4.72 inches in height, approx. 2.8 inches in diameter (big end) Package includes: 6 x Floral foam blocks Notes: Manual measurement, please allow slight errors on size. The color may exist a slight difference due to different screen displays. Please check the size carefully before ordering

• Sufficient Quantity for Replacing: the package comes with 6 pieces of florist foam cones, enough to satisfy your floral arranging demands in daily life, and you can also share them with people in need
• Appropriate Size for Using: the foam cone is approx. 4.72 inches in height, has a diameter of approx. 2.8 inches (the big end), allowing you to insert it in your vase; Please check the size carefully before ordering
• Reliable Material for Lasting Service: made of quality resin, the floral foam is soft and water absorbent, doing well in absorbing and storing water for almost a week; Moreover, the foam is lightweight, making it convenient for you to carry around
• A Wide Range of Applications: the flower foam blocks are ideal tools for flower arrangements at the wedding party, engagement, memorial party, birthday party, bridal shower, baby shower and more, compatible with bouquets, flower baskets, flower garlands, flower wreaths, plant pots, and more
• Warm Tips About Using: it's advisable that you should not press or squeeze the green foam for flower arrangements when they absorb water, which may influence their absorbing performance