Mat for Dogs Pet Slow Feeding Mats Bright Color Interactive Dog Snuffle Mat Plush Fabric Flower Shape With Anti Slip Back for Small Dog Cat Rabbit(size2)

• Enjoy Life: Our pet foraging mats can keep your little pet engaged and entertained, improving their quality of life and creating a harmonious environment for you and your furry companions
• Non Slip: The base of this sniffing pad is made with a non slip cloth so that it won't move easily on the floor. The carrying strap on one side of the dog sniffing mat makes it easy to carry, and it can also be tied to the table leg or other items so that the dog cannot move the sniffing mat
• Wide Application: Suitable for small dogs/cats/rabbits of any breed but not for aggressive chewers of large breeds, the size is 60x60cm, the retractable size of this puppy sniffing pad makes it easy to carry
• Slow Food Training: Puppy sniffing pads allow your pet to use their sense of smell and foraging instinct to find food, which slows them down and develops healthy eating habits
• Product Material: Our sniffing mats are made of plush fabric, which is soft, safe and wear resistant, while also providing a challenging foraging experience

Parts List: 1 x Pet Snuffle Mat Description: Made from plush fabric, this dog snuffle mat is not only soft but also resistant to wear, available for long term use. The non slip bottom ensures it stays in place during use, and the convenient strap makes it easy to carry and fix. It's suitable for small sized dogs. Key Feature: Vibrant Color: Our snuffle mat features a lively color scheme to easily capture your pet's attention, ensuring an enjoyable and interactive feeding and playtime experience. Specification: Product Name: Slow Eating Mat Material: Plush Fabric Color Optional: Colorful, Dark Grey Style Optional: Style 1, Style 2 Style 1, Style 2 Size: 60x60cm/23.62x23.62 inch Note: 1.There may be slight differences between the picture and the actual color of the commodity. We will try our best to show you the exact color. 2.Please allow slight dimension difference due to manual measurement.