SEIKO Women's SUR582P1 Quartz Watch 32mm Stainless Steel Silver Dial

Discover timeless elegance with the SEIKO Women's SUR582P1, a sophisticated quartz watch designed for the modern woman. Featuring a 32mm stainless steel case and a shimmering silver-tone dial, this timepiece combines classic style with reliable Japanese precision. The durable Hardlex crystal and 50-meter water resistance ensure everyday durability, while the three-fold clasp with push button release offers secure comfort. Powered by the precise 6N22 caliber, this watch includes a date function and is perfect for both professional and casual wear.

Advantages

This SEIKO watch offers exceptional value with its high-quality quartz movement, elegant design, and robust construction. The stainless steel bracelet and case provide lasting shine and resistance to wear, while the silver dial with date window adds practicality. With a battery life of approximately 3 years and accuracy of ±15 seconds per month, you can rely on this watch for daily use without frequent adjustments.

Suitable for

• Women seeking a classic, versatile watch for office or formal events
• Individuals who appreciate reliable Japanese quartz technology
• Those wanting a durable stainless steel watch with water resistance up to 50 meters
• Gift-givers looking for a timeless accessory for birthdays, anniversaries, or graduations

Key specifications

• Movement: Quartz (Caliber 6N22)
• Case Material: Stainless Steel
• Case Diameter: 32 mm
• Case Thickness: 7.8 mm
• Crystal: Hardlex
• Water Resistance: 50 meters (5 ATM)
• Dial Color: Silver-tone
• Bracelet: Stainless Steel
• Clasp: Three-fold clasp with push button release
• Functions: Date, Hour, Minute, Second
• Gender: Women's
• Battery Life: Approx. 3 years
• Accuracy: ±15 seconds per month

Recommendations

Pair this SEIKO watch with a leather strap for a different look, or keep it as is for a sleek metal finish. It complements both silver and gold jewelry, making it a versatile addition to any wardrobe. For best performance, avoid extreme temperatures and magnetic fields.