This stretch bracelet in soft tones of seashell and sand, is made from natural puka, freshwater pearl, and is small-medium in fit (6.25-6.75”). These handmade in the USA bracelets, adorned with Cape Cod Chokers' gold-tone charm, are lightweight with a simple coastal appeal. Item comes with a Cape Cod sticker.

The Jersey shore and Cape Cod, puka beads and sprawling beaches, have sentimental meaning to Cricklewood. The Jersey shore, from childhood to adult years; amusement parks, prom destinations and family trips, has been a core location in our lives. More recently, our oldest son married his beautiful bride in Cape Cod and we've come to love stretches of New England beaches, from Harwich Port to Martha's Vineyard. When we came across Cape Cod Chokers, a woman owned company in West Barnstable, Massachusetts featuring locally made, coastal inspired goods, we were thrilled to share them with you.

Cricklewood Gardens is a family owned boutique gift shop. Our products are crafted in small batches, either by Cricklewood Gardens or our artisan suppliers, to ensure quality and freshness. Product availability will reflect current stock and is updated regularly. If you are unable to purchase the volume you would like, or no longer see a favorite product on our online store, please contact inquiries@cricklewoofgardens.net. We'll respond within 24 business hours Monday through Friday, and accommodate your needs, best possible. 

We endeavor to ship all in stock items within 24-48 business hours. From product ready date, we offer USPS shipping to the contiguous United States, at this time. If expedited shipping is required, contact Cricklewood prior to order for a quote. If we can meet your timeline, we'll accommodate. 

For customized orders, ready date will be discussed and agreed between Cricklewood Gardens, and customer, prior to invoicing. 

Soy candles, soaps and certain food items sold by Cricklewood Gardens, are heat sensitive. Cricklewood provide's sound packaging but do not accept the risk and cost of damages that might occur due to temperatures encountered by products while in-transit.