Fly Fan for Tables USB Rechargeable Food Spinning Fan

Fly Fan for Tables USB Rechargeable Fly Repellent Fan with Holographic Blades Mosquito Insect Repellent Fan Leaf Keep Flies Away

Feature:
1. Innovative Design: Our fly fan for tables features a novel design that integrates seamlessly with your table setting, resembling a blooming flower when in operation. Not only does it protect your food and fruits from flies, but it also enhances the aesthetic of your dining area.
2. Adjustable Flexibility: The food spinning fan boasts an innovative soft design that allows for manual adjustment of the fan's direction. Capable of 360-degree rotation, it mimics the blooming of flowers towards various directions. Its bendable and foldable structure makes it more convenient and portable than traditional fly fans, allowing for easy storage when not in use.
3. Reflective Holographic Blades: Equipped with reflective holographic patterns, the fly swatter fan's blades refract light while spinning, creating an extreme irritation for flies and prompting them to seek quieter areas away from you and your food. These soft-touch blades are designed to stop immediately upon touch, ensuring safety for children and pets unlike other insect repellents.
4. Efficient Fly Repellent: Say goodbye to fly swatters and other cumbersome fly repellent methods. Our fly repellent fan is perfect for keeping flies at bay during outdoor activities like barbecues, parties, camping, and picnics.
5. Safe and Child-Friendly: The mosquito insect repellent fan leaf features flexible blades designed to stop immediately upon touch, eliminating worries about harm to children or pets. This feature, combined with its effectiveness in keeping flies away from your food, makes it an essential addition to any outdoor gathering, ensuring a safe and enjoyable dining experience for everyone.

Note:
Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you!
Please allow 1-2cm measuring deviation due to manual measurement.