4mm Textured Half Round Wedding Band 14k
This 14 karat yellow gold wedding band measures 4mm wide with a half-round profile that creates a dome shape for comfortable wear. The band features a textured gold finish across the exterior surface, creating dimension and a matte appearance that contrasts with polished details.
The half-round interior curves gently against the finger, making it more comfortable for all-day wear than a flat interior profile. The 4mm width provides noticeable presence on the hand without excessive bulk. The textured finish on the yellow gold also helps hide minor scratches better than a highly polished surface would over time.
Original: $550.00
-65%$550.00
$192.50More Images
4mm Textured Half Round Wedding Band 14k
This 14 karat yellow gold wedding band measures 4mm wide with a half-round profile that creates a dome shape for comfortable wear. The band features a textured gold finish across the exterior surface, creating dimension and a matte appearance that contrasts with polished details.
The half-round interior curves gently against the finger, making it more comfortable for all-day wear than a flat interior profile. The 4mm width provides noticeable presence on the hand without excessive bulk. The textured finish on the yellow gold also helps hide minor scratches better than a highly polished surface would over time.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
This 14 karat yellow gold wedding band measures 4mm wide with a half-round profile that creates a dome shape for comfortable wear. The band features a textured gold finish across the exterior surface, creating dimension and a matte appearance that contrasts with polished details.
The half-round interior curves gently against the finger, making it more comfortable for all-day wear than a flat interior profile. The 4mm width provides noticeable presence on the hand without excessive bulk. The textured finish on the yellow gold also helps hide minor scratches better than a highly polished surface would over time.
