Vintage Retro Living Room Decorative Non-Ticking, Sweep Second Hand, Quartz, Analog Large Numerals Bedside Table Desk Alarm Clock, Battery Operated (World Map)
Sold Out / Out of Stock
This item may be available in a different size, colour, scent, version or platform:
Vintage Retro Living Room Decorative Non-Ticking, Sweep Second Hand, Quartz, Analog Large Numerals Bedside Table Desk Alarm Clock, Battery Operated (World Map)
Retro classical design europe style clock, Vintage housing calls to mind 1940s-era designs.
Vintage alarm clock, retro style takes you back to 80's. Bring home furnishing high-end elegant atmosphere.
Non-ticking, smooth sweeping quartz movement and second hand, ensure a good sleep and best working environment (If you put it in are silent environment and very close to you, you might hear a very low humm sound)
Large numerals analog clock dial, easy to use, easy to read, perfect for kids or seniors
Operates on a accurate quartz movement; Energy saving and environmental protection. Powered by 1 AA battery (Not included)
Product Features: Metal frame exudes the classical atmosphere. Perfect use in bedroom, kitchen,office ,children room ,workshop or study. "Non-Ticking",a very low humm at night, so you do not need to worry about the constant ticking of regular clocks when you need some peace and quiet to concentrate on your work or enjoy a full night of undisturbed sleep. Easy to use, easy to read, perfect for kids or seniors
Specifications: Type: Retro Desk Clock Function: Alarm Movement: Smooth Sweeping Quartz Powered by: 1x AA battery (Not included) Product Dimensions: 13.3cm x 15cm x 4.5cm Package includes: 1 x Retro Desk Clock
Noted: 1. The two buttons to set time and alarm are designed that way. Please don't mistake the special design for the sign that they're broken or of poor quality. 2. Please use 1 AA carbon zinc battery only (alkaline battery or rechargeable battery which may have influence on the life span of clock movement, as well as the accuracy of the time). 3.There are slight difference between the picture and the real item caused by light brightness.