WBN2340.FC8329
TAG Heuer Carrera
Date Plasma Diamant d’Avant-Garde
Automatic, 36 mm, 18K white gold WBN2340.FC8329Step into a new realm of avant-garde watchmaking with the TAG Heuer Carrera Date Plasma Diamant d'Avant-Garde. This 36mm masterpiece introduces the radiant beauty of fancy light rose lab-grown diamonds — an industry first — crafted with the Plasma Diamant d'Avant-Garde technology to revolutionize jewelry-inspired timepieces.
Read moreColor and material options
Technical specifications
Reference number : WBN2340.FC8329
Caliber Calibre 7 Automatic
Movement Automatic
Power reserve (hours) 50
Functions Hours, Minutes, Seconds, Date
Size 36 mm
Water resistance 50 m
Case 18K white gold Polished
Bezel Fixed bezel
Case back Sapphire
Case Diamond Weight 1.300
Case Diamond Quantity 1
Strap Material Alligator
Color Black
Buckle Pin buckle
Color Diamond
Dial Diamonds Weight 3.544
Dial Diamonds Qty 14
Groundbreaking Plasma Technology
TAG Heuer pushes the boundaries of avant-garde watchmaking further with the Plasma Diamant d'Avant-Garde technology to create remarkable fancy light rose lab-grown diamonds — an industry first. In a controlled vacuum chamber, diamond seeds are exposed to plasma from specific gases, igniting crystal growth. Once formed, these extraordinary lab-grown diamonds are laser-cut and polished to perfection, achieving textures and hues unattainable with natural stones, bringing fancy light rose brilliance to the dial and crown.
A Dazzling Display of Fancy Light Rose
The polycrystalline lab-grown diamond dial (2.9 carats) shimmers with light, surrounded by 12 baguette-cut lab-grown diamonds (0.5 carats) as indexes. A 1.3-carat fancy light rose lab-grown diamond crowns the watch, complemented by a fancy light rose lab-grown diamond TAG Heuer shield (0.1 carat).
Luxury Meets Precision
The 36mm 18K white gold case houses the Calibre 7 automatic movement, offering a 50-hour power reserve, and visible through the sapphire caseback. Paired with a high-end black alligator strap, this watch embodies sophistication and performance.
