28 Grid 4500pcs Acrylic Seed Beads Craft Set with A-Z Letter Beads for DIY Jewelry Making

28 Grids 3mm 4500pcs Acrylic Seed Beads Craft Kit with A-Z Letter Beads For Jewellery Making

Unleash your creativity and dive into the world of DIY jewelry making with the 28 Grids 3mm 4500pcs Acrylic Seed Beads Craft Kit. This comprehensive kit is perfect for crafters of all ages, featuring an extensive collection of vibrant seed beads, including A-Z letter beads, designed to help you create stunning bracelets, necklaces, and earrings.

Key Features:

• Massive Variety: With 4500 pieces of acrylic and glass beads, you’ll have endless options to mix and match for your jewelry designs.
• Easy to Use: Each bead comes with a pre-drilled hole, allowing for hassle-free stringing and crafting.
• Kid-Friendly Design: The beads are smooth and burr-free, making them safe for children to handle and play with.
• Enhances Skills: Engaging in beading activities promotes hand-eye coordination, creativity, and fine motor skills in kids.
• Educational Fun: This kit encourages patience, perseverance, and problem-solving through hands-on learning experiences.

Specifications:

• Material: Acrylic, glass, and azure stone
• Grid Options: 28 grids, 19*13*1.9cm / 7.48*5.11*0.74in
• Style: 28 grids with a mix of 3mm beads

Included in the Package:

• 4500 pcs of assorted beads
• Scissors for easy crafting
• Two elastic crystal ropes for stringing
• 10 lobster clasps and 20 iron rings for securing your creations
• Instruction manual for step-by-step guidance

Why Choose Our Craft Kit?

This craft kit not only serves as an outlet for artistic expression but also doubles as a bonding activity for families and friends. Whether you are a seasoned jewelry maker or just starting, this kit is designed to inspire creativity and provide hours of fun. Transform your ideas into reality with our 28 Grids 3mm 4500pcs Acrylic Seed Beads Craft Kit!

Note: Actual colors may vary slightly due to different monitor settings and lighting. Please allow 1-2cm measuring deviation due to manual measurement.