JEWEL JUNKIE - WHAT'S YOUR ADDICTION? - COSTUME JEWELRY ALL PRICED UNDER $20.00
Jewel Junkie is a home-based jewelry business established by "co-dealers" Meghan Kornn and Kelley Vantre in May of 2011.
Jewel Junkie conducts business via home parties. Our representatives will come to your venue with a sizeable and very diverse collection of inventory. Merchadise will be fashionably presented and professionally displayed, and your guests are free to pick out any p...ieces they'd like for themselves. Our pieces are sometimes limited edition or one-of-a-kind, so items are sold on a first-come, first-served basis.
Our items are purchased by our representatives, they are not custom-made. We do not offer products through catalog order. What you see at a show is what you get. Occasionally, we may be able to reorder a favorite piece, but this is rarely possible, as inventory sells out quickly with our companies.
Jewel Junkie differs from many home-based jewelry businesses in that we offer a strict "cash and carry" concept: Customers can buy their pieces and take them home that same night. We take pride in knowing that the customer knows what she wants and can get that instant gratification.
One of the best perks in dealing with us is that our sets are affordable! Many jewelry pieces are available in specialty stores or through other companies but Jewel Junkie offers our pieces at a fraction of their costs! Less cost for you equals more business for us! It's a win-win situation!
You can book a home party for you and your friends simply by emailing us, sending us a message on Facebook, or contacting either Meghan or Kelley. We can answer any questions you may have and we offer great incentives for booking a party! As hostess, you get 40% off your total purchases, PLUS a free piece of jewelry for every hundred dollars sold at your party! Get in touch with us at Jewel Junkie, and feed YOUR addiction!
"Dealer" Meghan: 774.239.1982
Email: [email protected]
Frequently Asked Questions about Jewelry
What kind of jewelry do you offer?