[Vktech] 2 PCS Silicone Case for Tile Mate 2024 2022 Soft Flexible Scratch Resistant Cover with Keychain Silicone Sleeve Case

2PCS Silicone Case Compatible with Tile Mate 2022 2024 Tracker Soft Flexible Scratch Resistant Cover Holder Keychain Smart Tracer Cover Silicone Sleeve Case Feature: 1. Compatibility: This soft flexible scratch resistant cover is designed specifically Compatible with Tile Mate 2022/2024 anti-loss tracker, ensuring a fit. (Note: Tracker not included; this is only a protective cover.) 2. High-Quality Silicone Material: Made from premium silicone, this holder case offers excellent flexibility and durability, effectively protecting your device from scratches and impacts while providing a comfortable grip. 3. 360° All-Around Protection: Featuring a comprehensive wrap-around design, this smart tracer cover safeguards your tracker against dust, scratches, and external shocks. The soft silicone sleeve case provides superior cushioning during drops or collisions. 4. Water-Resistant and Easy to Clean: This protective cover is sweat-proof, waterproof, and rain-resistant, making it ideal for daily use. It's also easy to clean-simply rinse it off when dirty. The slim design ensures it doesn't take up much space while allowing full access to all tracker functions. 5. Portable Keychain Attachment: Equipped with a carabiner, this silicone sleeve case allows you to securely attach it to backpacks, car keys, wallets, luggage, dog collars, and anything else you want to keep track of. It protects your items while ensuring the safety of your anti-loss tracker. Specification: Origin: Mainland China Color: subject to the picture Quantity: 2 pieces Product material: silicone + spring buckle Applicable models: Compatible with Tile Mate2022/2024 Product size: about 604810mm/2.36x1.89x0.39inch Bag size: 12010012mm Weight: 13.5*2g Note: Due to different monitor settings and lighting conditions, the actual color of the item may vary slightly from the pictures. Thanks for your understanding! Please allow a 1-2 cm difference in measurements due to manual measuring.