Vintage Tripod Leg Decorative Clock – 150 x 45 cm
This vintage tripod leg decorative clock, which not only shows time but also adds character and prestige to its environment, brings modern lines together in the same design. Distinct from traditional wall clocks due to its tall form and three-legged structure, this special model creates a strong focal point in the space.
The vintage-looking metal case of the clock offers a timeless aesthetic, while its black tripod legs provide a balanced and sturdy stance. Its large and easily readable dial can be read comfortably from a distance and highlights its decorative effect. The front surface of the dial, made of real glass, gives the product quality and durability; it is resistant to scratches and makes the clock’s appearance clearer and more elegant.
Standing at 150 cm tall, it has the power to change the atmosphere of spaces like living rooms, offices, stores, lobbies, cafes, and hotels by itself. Its tripod leg structure eliminates the need for wall drilling, allowing it to be easily positioned anywhere desired. With its vintage metal details, it perfectly complements vintage and industrial decoration styles and creates a chic contrast in modern spaces as well.
Thanks to its quiet working quality mechanism, it does not cause any disturbance in office and living spaces. It is a special and eye-catching model designed for those who are looking for both a decorative object and a functional clock.
Product Features
Product Type: Vintage Tripod Leg Decorative Clock
Dimensions: 150 x 45 cm
Case Material: Vintage-looking metal
Leg Structure: Three-legged (Tripod), sturdy and balanced design
Leg Color: Black
Dial Type: Large and easy-to-read design
Glass:Real glass (not acrylic)
Mechanism: Quiet and smoothly working quality clock mechanism
Usage Areas: Living room, office, store, cafe, restaurant, hotel, lobby, and showrooms
Installation: Ready to use, does not require wall mounting
Style: Compatible with Vintage – Industrial – Modern
Decorative Value: Design creates a strong focal point in the space
