Elevate your festive decor to new heights with our Pink & White Spiral Swirl Tinsel Candy Christmas Lollipop Long Stem. This delightful decoration is perfect for holiday enthusiasts looking to add a touch of whimsy and charm to their seasonal display. Measuring 21cm wide and 46cm tall with a spruced 19cm stem, this candy cane-inspired lollipop offers a striking presence in any setting.
Crafted with meticulous attention to detail, the lollipop spray stem pick features an enchanting combination of pink and white tinsel fleck fabric that creates a captivating 3D peppermint candy look. The design includes two pink and white spiral patterns and one pink and white swirl pattern, all adorned with white swirls and festive red and green tinsel flecks. The sturdy white stem and branches not only provide support but also make it easy to integrate this decoration into a variety of settings.
Imagine the dazzling effect of this lollipop in your Christmas tree, adding a pop of colour and texture to your garlands, wreaths, or centrepieces. It can also be an excellent addition to bouquets and floral arrangements, enhancing the holiday spirit with its unique and playful design. For those who enjoy creating their own holiday masterpieces, the lollipop's wired branches allow for easy sprucing, and the stem can be cut to your desired height, making it versatile for any DIY project.
Unpack and spruce this decoration with ease, understanding that it�s normal for tinsel products to lose some excess tinsel during initial setup. This assures you a fresh and vibrant display every time. The product may vary slightly from the image and dimensions provided, giving each piece a touch of uniqueness.
Sold individually, this Pink & White Spiral Swirl Tinsel Candy Christmas Lollipop Long Stem promises to be a standout feature in your festive decor collection, perfect for homes, offices, or any other space that deserves a touch of holiday magic. Embrace the holiday spirit and transform your surroundings into a winter wonderland with this charming decoration.