Product description
Mini Size: Elevate your space with these mini ceramic refrigerator magnets, perfect for any electrical surface. Compact yet powerful, they add a touch of charm to your surroundings effortlessly.
High-Quality Material: Crafted from premium ceramic, these magnets are not only safe but also resistant to fading. Their lightweight design, devoid of sharp corners, ensures easy handling while being waterproof and durable for long-lasting use.
Powerful Fixation: Beyond securing your notes, these adorable magnets double as exquisite decorations for any magnetic surface. Enjoy both functionality and aesthetics in one compact accessory.
Beautiful Decorative Accent: Transform your refrigerator into a stylish focal point with these magnetic decors. Infuse a dash of personality and elegance into your kitchen or workspace effortlessly.
Versatile Application: With large range of uses on various metal surfaces like refrigerators, air conditioners, washing machines, and more, these magnets offer a practical way to leave messages or create visual interest in any setting.
Transform your refrigerator into a stylish statement with these adorable Mini refrigerator magnets. Crafted from high-quality ceramic material, these magnets are safe, durable, and resistant to fading.
Their compact size makes them perfect for any magnetic surface, from refrigerators to washing machines. Not only can they securely hold your notes in place, but they also add a touch of charm to your space.
Whether you're leaving a message for your family or simply looking to enhance the aesthetics of your appliances, these cute magnets are a versatile and practical choice. Add a pop of personality to your home with these delightful decorations!
Item Name: Refrigerator Magnet
Features: Flower Vase Shape, Heavy Duty, Home Decoration
Length: 2cm-3cm/0.79"-1.18" (Approx.)
Height: 2cm-3cm/0.79"-1.18" (Approx.)
Due to the light and screen setting difference, the item's color may be slightly different from the pictures.
Please allow slight dimension difference due to different manual measurement.