Q&Q FASHION Men's Gold Tone Quartz Wristwatch Mod. QB66J002Y - Water Resistant 5 ATM
$100.00
Add to Bag- Availability: In Stock
- SKU: : QB66J002Y
- Type:: Men's Watches
- Brand:: Q&Q WATCHES
Description
Introducing the Q&Q FASHION Men's Gold Tone Quartz Wristwatch Mod. QB66J002Y - Water Resistant 5 ATM, a timepiece that effortlessly combines style and functionality.
Crafted with precision and designed with the modern man in mind, this watch is a true statement piece. The gold tone case, measuring a generous 44mm, exudes confidence and sophistication. Its stainless steel IP gold material adds a touch of luxury, making it perfect for any occasion.
With a water resistance rating of 5 ATM, this watch is built to withstand the demands of your active lifestyle. Whether you're diving into the deep blue sea or simply caught in a sudden downpour, rest assured that your watch is protected against water damage.
The sleek mesh strap not only adds a contemporary touch to the overall design, but it also ensures a comfortable fit for all-day wear. The quartz movement guarantees precise timekeeping, so you'll never miss a beat.
Featuring an elegant dial made of durable mineral material, this watch is as resilient as it is stylish. The minimalist design, focusing solely on timekeeping, allows for easy readability at a glance.
Specifications:
• Water Resistant: 5 ATM
• Case: 44mm
• Gender: Gent
• Case Material: SS IP Gold
• Strap Material: Mesh
• Movement: Quartz
• Functions: Only Time
• Dial Material: Mineral
Imagine yourself wearing this stunning timepiece, effortlessly commanding attention and making a lasting impression. Whether you're heading to a business meeting, a formal event, or simply going about your daily routine, this watch will elevate your style to new heights.
Don't settle for ordinary when you can embrace extraordinary. Make a bold statement with the Q&Q FASHION Men's Gold Tone Quartz Wristwatch Mod. QB66J002Y - Water Resistant 5 ATM. Order yours today and experience the perfect blend of style, durability, and functionality.