John Hardy Men's Classic Chain Bracelet with Damascus Steel

Designed by the legendary John Hardy and handmade in Bali; a bold, woven chain crafted from sterling silver with a Damascus Steel push-clasp. Comfortable to wear and made to last a lifetime. 

• Sterling Silver and Damascus Steel
• 11mm wide 
  
• Bracelet wrist size Medium (Approx 8" length when clasped) 
• Style# BM90502STL

Silver For centuries, silver has been prized for its incredible luster and workability. Pure silver is highly tarnish-resistant but is too soft to use for jewelry design. Other metals like copper, nickel, or zinc, are added to harden silver. For example, sterling silver is 92.5% silver and 7.5% another metal. Silver products sometimes may be marked “925” which means that 925 parts per thousand are pure silver. Some jewelry may be described as silverplate: a layer of silver is bonded to a base metal. If you’re looking for an inexpensive metal for your fine jewelry, silver is a good choice. Since silver is soft and scratches easily, it’s best used for jewelry that is not worn daily.

Product Care -Your sterling silver jewelry will need cleaning and polishing from time to time to remove fingerprints, oils, and naturally occurring tarnish.
-The most effective way to clean sterling silver is with warm water and mild bar soap. (Liquid soap is likely to leave a film on your jewelry, resulting in a dull finish.)

•All orders over $500 are eligible for free shipping
•Call us at 541-345-0354 if you require next day shipping (additional fees apply)
•Please allow 1-2 days to process your order and prepare shipment
•We only ship to addresses within the United States. We are unable to process orders shipped to package forwarding services at this time.

At Skeie's, it's of upmost importance that the jewelry we select is obtained from suppliers who follow conflict-free and socially responsible practices. We believe that the materials used in our jewelry should support and benefit the communities where they originated, while keeping the environmental impact as minimal as possible.