Premium White Solid Polystyrene Sphere (6.5 cm) – High-Density Foam Ball for Crafts, Floral Design, and Seasonal Holiday Decor

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Description Elevate your creative projects with our Premium Solid Polystyrene Sphere. Designed as the ultimate blank canvas for crafters, florists, and DIY enthusiasts, this 6.5 cm high-density foam ball offers unmatched versatility. Its smooth surface and solid core make it exceptionally easy to customize using paint, glue, ribbons, pins, sequins, or natural elements like moss and straw. Whether you are designing a festive holiday centerpiece, constructing school science models, or crafting elegant floral arrangements, this lightweight yet structurally stable sphere provides the perfect, reliable foundation for your artistic vision. Key Features * **Premium High-Density Foam:** Offers structural durability, allowing you to easily insert pins, wires, or glue without the sphere crumbling or losing its shape. * **Seamless, Smooth Surface:** Ready to paint, wrap, glitter, or cover, ensuring professional-grade finishes for all your handmade creations. * **All-Season Versatility:** Serves as a perfect base for Advent wreaths, Easter decorations, autumn door ornaments, and personalized Christmas baubles. * **Lightweight & Easy to Work With:** Effortless to handle, pierce, suspend, or combine with other crafting components. Technical Specifications * **Product Type:** Solid Polystyrene Ball (Sphere) * **Color:** White * **Diameter:** 6.5 cm (Note: Due to standard manufacturing processes, the sphere diameter can vary by up to 3 mm) * **Material:** 100% Solid Polystyrene Foam * **Pack Size:** Single unit (1 Piece) Practical Applications * **Holiday Decor:** Ideal for creating traditional Christmas Advent wreaths, rustic Easter eggs, and autumn-themed tabletop centerpieces. * **Floral Arrangements:** Use as a structural base for pomander flower balls, artificial flower bouquets, or topiary trees. * **Creative Crafts:** Perfect for kids' school projects, DIY ornaments, mixed-media art, and customized model-making.