NBEADS 300 Pcs 304 Stainless Steel Beads, 4mm Metal Spacer Beads Round Golden Beads Smooth Loose Beads for DIY Bracelet Necklace Earring Jewelry Making, Hole: 1.6mm

• Package Included -- You will receive about 300pcs round golden stainless steel beads. Size is about 4mm in diameter, 3.5mm thick, hole: 1.6mm. All the beads are packed in a high-quality plastic box.
• 304 Stainless Steel -- Made from high quality 304 stainless steel, these metal spacer beads will not break easily, are strong and durable, and have a more lustrous finish, making them more suitable for jewellery making.
• Smooth Surface -- These solid round stainless steel beads are seamless surface and smooth to touch, will add a little extra shine to your jewelry making projects.
• DIY Your Jewelry -- Put them combined with scattered beads free into your favorite necklace, bracelet and another fashion jewelry, also be a great help when mixing small bead spacers with large-hole beads.
• Wide Usage -- Beading, jewelry making, art, craft. Perfect addition to your charm bracelet and necklace. Spacer beads are used to hold multiple necklace or bracelet strands of beads in alignment and to prevent tangling. Insert them at intervals while stringing beads.

Features Lustrous and classic, the stainless steel spacer beads can accent or be the focal piece of a jewelry design. These Stainless Steel beads should be a staple in every fashion jewelry designer's inventory. It can be matched with hooks, jumprings and pins to be necklaces, bracelets and so on. Specification: Material: 304 Stainless Steel. Color: Golden. Shape: Round. Size: Round 304 Stainless Steel Beads: about 4mm in diameter, 3.5mm thick, hole: 1.6mm, 300pcs; plastic bead Containers: about 68x52x11mm, 1pc. Please feel free to contact us if there is any quality problem. Due to lighting effects, monitor's brightness / contrast settings there could be some slight differences in the color tone of the pictures and the actual item. Product in the picture may look larger than the actual. Please pay attention to sizes.