0

Mathey-Tissot Mathy IV D709BDQI Champagne Dial Quartz Women's Watch

Shipping is calculated at checkout

1

Description

Key Features

  • Model: D709BDQI

  • Collection: Mathy IV

  • Gender: Women

  • Movement: Quartz

  • Movement Name: Ronda 585

  • Functions: Date Display

  • Dial Color: Champagne

  • Markers: Zirconium

  • Luminous Features: Super-LumiNova® Hands

  • Case Material: 316L Stainless Steel

  • Case Color: Silver Tone

  • Case Diameter: 26 mm

  • Case Thickness: 10 mm

  • Crystal: Sapphire Crystal

  • Bezel: Fixed, Yellow Gold Plated with Zirconium

  • Crown: Push/Pull

  • Bracelet: Two-Tone (Silver & Yellow Gold) 316L Stainless Steel

  • Lug Width: 13 mm

  • Water Resistance: 50 metres (5 ATM)

Categories: Luxury Watches

Brand: Mathey-Tissot

SKU: N/A

Mathey-Tissot Mathy IV D709BDQI Champagne Dial Quartz Women's Watch

The Mathey-Tissot Mathy IV D709BDQI is a luxurious women's timepiece that combines timeless Swiss craftsmanship with elegant contemporary styling. Its 26mm silver-tone 316L stainless steel case is paired with a refined two-tone stainless steel bracelet featuring silver and yellow gold accents, creating a sophisticated look for both everyday wear and special occasions. The elegant champagne dial is adorned with sparkling zirconium hour markers, while Super-LumiNova® hands provide enhanced readability in low-light conditions. A scratch-resistant sapphire crystal protects the dial, ensuring exceptional clarity and lasting durability.

Powered by the reliable Ronda 585 Swiss quartz movement, the Mathy IV D709BDQI delivers precise and low-maintenance timekeeping with the added convenience of a date display. The fixed yellow gold-plated bezel is beautifully embellished with zirconium stones, adding an extra touch of brilliance and luxury. With a slim 10mm case profile, 50 metres of water resistance, and premium 316L stainless steel construction, this elegant timepiece is an ideal choice for women seeking Swiss precision, refined craftsmanship, and everyday sophistication.