Dark Turquoise Opaque Mini Pony Beads 6.5x4mm 1000pc

Dark Turquoise Mini Pony Beads – 6.5x4mm Opaque Plastic Craft Beads (1,000pc, Made in USA)

Add bold blue-green color to your craft projects with our Dark Turquoise Mini Pony Beads. These classic opaque mini pony beads feature a rich dark turquoise color that blends deep blue and green tones, creating eye-catching designs for bracelets, jewelry, and decorative crafts. Their solid opaque finish provides strong color coverage, making them perfect for lettering, patterns, and detailed beadwork.

Each bead measures approximately 6.5mm x 4mm with a large 3mm hole, allowing for quick and easy stringing on elastic cord, jewelry wire, or craft thread. Made from durable plastic and proudly manufactured in the USA, these beads provide dependable quality and consistent sizing. Each package includes 1,000 beads, making them perfect for both small projects and large group crafting.

Product Details

• Bead Size: 6.5mm x 4mm
• Hole Size: Approx. 3mm
• Color: Dark Turquoise
• Finish: Opaque
• Material: Plastic
• Quantity: 1,000 beads per package
• Style: Mini Pony Beads
• Made In: USA

Mini pony beads sized 6.5×4mm with large holes are commonly used because they allow fast threading while supporting detailed craft and jewelry designs. Similar opaque mini pony beads typically include 3mm holes for easy stringing and durability.

Perfect for Jewelry, Crafts & Ocean-Themed Projects

Dark turquoise mini pony beads are especially popular for bold color and nature-inspired designs. Their deep blue-green tone pairs well with white, silver, black, yellow, and coral beads, making them ideal for ocean, tropical, and southwestern-themed projects.

Use these dark turquoise mini pony beads for:

• Friendship bracelets
• Ocean and beach-themed crafts
• Keychains and bag charms
• School and classroom projects
• DIY jewelry and accessories
• Holiday decorations
• Bead art and lettering patterns
• Handmade gifts

Their mini size makes them perfect for intricate beadwork and layered color combinations.