3mm Premium Laser-Cut MDF Double Dip Ice Lollies for Crafts & DIY Projects – Unpainted & Ready for Customization

Unleash Your Creativity with Premium Laser-Cut MDF Double Dip Ice Lollies Shape – Perfect for Kids' Party Bag Fillers!

These high-quality, 3mm MDF Double Dip Ice Lollies shapes are laser-cut to precision, providing a smooth, clean edge for all your DIY and craft projects. Perfect for painting, decorating, or adding your personal touch, these versatile shapes can be used in a wide variety of applications, including kids’ crafts, themed party decorations, signage, and more.

Whether you're creating summer-themed décor, party favors, or adding a sweet touch to your projects, these MDF Double Dip Ice Lollies shapes offer the flexibility to bring your vision to life. They make fantastic kids' party bag fillers, giving little ones a fun and creative activity to enjoy at home. The unpainted surface is ideal for showcasing artistic skills—paint them, decorate them with glitter, or leave them natural for a rustic look.

Product Details:

• Material: 3mm Premium Laser Grade MDF
• Size: Available in various sizes
• Finish: Unpainted, smooth, and ready for customization
• Perfect For: Party bag fillers, kids' party activities, DIY crafts, summer decorations, scrapbooking, and more
• Durability: Strong, long-lasting MDF suitable for both indoor and outdoor projects (if treated after decoration)

Why Choose Our MDF Popsicle Shapes?

✔ Perfect Party Bag Fillers: A unique and creative addition to kids' goody bags.
✔ Precision-Cut: Clean, crisp edges for easy handling and professional-looking results.
✔ Versatile: Great for summer-themed crafts, kids' activities, and custom party favors.
✔ Customizable: The smooth, raw surface allows you to paint, stain, or decorate as you wish.
✔ Eco-Friendly: Made from responsibly sourced MDF, ideal for sustainable crafting.

Additional Information: If you don’t see the size or quantity you need, please feel free to reach out! We can customize your order to meet your unique project requirements.