Gunmetal Silver Tone Stainless Steel Matte Finish with Genuine Blue Sandstone Inlay Link Bracelet


When fashion and function come together, you end up with something truly special. Show off your style and class with the Stainless Steel Gunmetal Matte Finish with Genuine Blue SandsMetal Tone Inlay Link Bracelet, perfect for the modern man who knows how to make a statement. This one-of-a-kind piece features two different shades of genuine blue sandsMetal Tone inlaid links delicately set against a gunmetal matte finish stainless steel. The bracelet is designed with practicality and safety while wearing in mind – it will not oxidize or tarnish in tropical climates and is fully adjustable for any size wrist, making it comfortable to wear all day long. Whether you’re attending a formal event or just doing some casual shopping, this bracelet will add a touch of timeless sophistication to any look. Make sure everyone notices you by accessorizing smartly with the Stainless Steel Gunmetal Matte Finish with Genuine Blue SandsMetal Tone Inlay Link Bracelet.

  • Bracelet Length: Approximately 8.25 to 8.75 Inch (Adjustable)
  • Bracelet Width: 9.5 mm
  • Bracelet Weight: Approximately 35g
  • Closure: Push Button
  • Certified Lead-Free, Hypoallergenic (Non-Toxic): Safe for Allergy-Prone & Sensitive Skin
  • Dark Gray Ion Plated (Advanced Surface Finishing Technique for Stainless Steel Jewelry)

Metal Tone

Blue, Dark Gray


Stainless Steel, SandsMetal Tone


Ion Plating (Physical Vapor Deposition)




One Year Manufacturer's Warranty


Clean in Mild Soapy Cold Water with a Soft Brush


Exposure to Perfumes, Aerosol, Harsh Detergents & Ultrasonic Cleaners

What is Ion Plating?

The Ion Plating Process is the most advanced surface finishing technique used to treat Stainless Steel Jewelry. During the Process, a thin layer of condensation (Titanium Nitrate) is added to the base metal in vapor form. This settles into the metal and leaves the surface harder and brighter. Products that have undergone the Ion Plating Process have been tested to be 8X stronger and tend to be more durable when compared to other plating methods (such as electro-plating/electro-coating).

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