Monday
Closed
Tuesday
Closed
Wednesday
Closed
Thursday
11:00 am - 6:00 pm
Friday
11:00 am - 6:00 pm
Saturday
11:00 am - 6:00 pm
Sunday
12:00 am - 5:00 pm
December 15, 2025 7:24 pm local time
Step into Alexander's Bead Bazaar, located at 6307 Roosevelt Way NE, Seattle, WA 98115, USA, and immerse yourself in a dazzling world of exquisite jewelry and accessories. This enchanting store is not just a shopping destination; it's a treasure trove of handcrafted pieces, each uniquely stunning and crafted with love. The moment you enter, you'll be greeted by a friendly and knowledgeable staff, eager to assist you in finding the perfect piece to suit your style and budget. β¨
At Alexander's Bead Bazaar, we specialize in a breathtaking selection of beads and gemstones. Our impressive inventory includes:
Whether youβre searching for a meaningful gift for a loved one or something special for yourself, you're bound to find it here. Our collection is designed to cater to every taste and occasion, including the latest trends, such as our anticipated 2026 fine jewelry collection that showcases modern elegance and innovative designs. π
In addition to our extensive selection of beads and gemstones, Alexander's Bead Bazaar also offers a range of finished jewelry, including:
Each piece is expertly crafted to make a statement, whether you prefer classic elegance or bold contemporary styles. Our custom design services ensure that you can create a one-of-a-kind piece that reflects your personal style. π
Q1: Where is Alexander's Bead Bazaar located?
A: 6307 Roosevelt Way NE, Seattle, WA 98115, USA.
Q2: How can I contact them?
A: Call (206) 526-8909 or visit the showroom.
Q3: What specific services do they offer?
A: We offer a variety of services including custom designs, jewelry repair, and appraisals to cater to all your jewelry needs.
Don't miss the chance to explore the enchanting offerings at Alexander's Bead Bazaar. We invite you to visit our showroom and discover the perfect piece that resonates with you. Your next treasure awaits! π
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