ENEWTON 14kt Gold-Filled Paw Print Charm Bracelet 2mm 6.75"

That 8mm paw print charm reads as jewelry first — catching light the way a good pendant does — and this eNewton 14kt gold-filled paw print charm bracelet earns the rest of its reputation by being nearly impossible to take off. Hand-beaded on high-performance elastic in a 6.75-inch stretch fit, it's built for the kind of person who swims laps, sleeps in their jewelry, and still wants their wrist to look pulled together at brunch.

The gold-filled construction is what separates this from plated pieces that fade after a season. Gold-filled means a thick mechanical bond of real gold over a brass core — not a spray, not a dip — so the color holds through daily wear without fading to that telltale brassy undertone. Pair it with other eNewton stackers or let it stand alone; the charm is detailed enough to hold attention on its own.

• 14kt gold-filled construction — a solid layer of gold mechanically bonded to brass, far more durable than standard gold plating
• 8mm paw print charm — sized to read clearly without overpowering the wrist; catches light from multiple angles
• Hand-beaded on high-performance elastic — stretch fit slips on and off without a clasp, and holds its shape over time
• 6.75-inch length — designed to fit most adult wrists with comfortable movement
• Sleep, shower, and sweat approved — built to stay on through workouts, swimming, and everyday life without damage
• Stackable design — flat bead profile pairs cleanly with other eNewton bracelets in any combination

To keep your eNewton 14kt gold-filled bracelet looking its best, rinse it with clean water after heavy sweat or saltwater exposure and pat dry with a soft cloth. Avoid leaving it submerged in chlorinated pools for extended periods, and keep it away from lotions, perfumes, and oils applied directly to the wrist — let those absorb into skin first. A light polish with a jewelry cloth every few weeks keeps the gold-filled beads bright. Store it flat or on a bracelet holder so the elastic isn't compressed when not in use.