Non Ticking Round Wall Clock Glow In Dark Home Decor Featuring Calendar 10/12/14 Inch Large Digital Display Night

Bullet Points: 1.Glow in the Dark: Keep track of time accurately and easily with our silent wall clock's Glow in the Dark feature. Emitting a soft, humanized glow in low-light settings, ensures clear visibility and enhanced convenience for improved timekeeping accuracy 2.Enhances Your Environment Monitoring: Enhance your daily convenience with this silent wall clock that boasts a clear digital display, presenting detailed environmental data and date information 3.Long-Term Operate: Featuring an accurate and blue core clock, this silent wall clock extends battery life and operates long-term, ensuring consistent precision over time 4.Peaceful Timekeeping: Indulge in a peaceful ambiance with our silent wall clock. Featuring a blue core movement, it ensures quiet night or busy day, maintaining the harmony and peacefulity of your environment. Enjoy the utmost comfort as it doesn't disturb your daily life 5.Elegant Round Wall Clock: With its beautiful and elegant round appearance, this silent wall clock adds a touch of sophistication to any space. Perfect for home decoration, it features a simple and trendy design that effortlessly enhances the ambiance of any room This silent wall clock brings style and function to any space. The clear digital display emits a soft glow in dim environments. With long-term operating and no ticking sounds, it's perfect for a quiet night or a busy day. Specifications: Material: ABS, PVC Product Size: A: about 25.4cm/10 inches B: about 30.5cm/12 inches C: about 35.5cm/14 inches Weight: A: 750g B: 1100g C: 1370g Powered by: 3 AA Batteries (not included) Blue core clock is not limited to batteries and can be used with alkaline carbon materials Packing List: silent wall clock X1 Notes: 1. Due to the different monitor and light effects, the actual color of the item might be slightly different from the color which is showed in the pictures. 2. Please forgive a slight measuring deviation due to manual measurement.