Similar Products On Sale
Save 30%
Save 10%
Up to 5% OFF
Product Highlights
Experience the functionality of the PH PandaHall 304 Stainless Steel Slider Beads, smartly designed for personalizing your jewelry. These slider beads are tailored for easy adjustment, allowing the perfect fit for your bracelet or necklace.
Features:
Material: features premium 304 stainless steel and rubber, offering durability and flexibility.
Shape & Size: round slider beads of different diameters - 7mm, 8mm, 10mm, to suit your various jewelry needs.
Design: designed with a built-in rubber ring, these flat round spacer beads provide a smooth surface when used with various beads, necklaces, and bracelets.
Functionality: indispensable in jewelry making, these spacer rings serve to maintain distance, fix bead positions, prevent losses, and enhance aesthetic appeal.
Versatility: suitable for a range of DIY crafts including necklace, earrings, bracelet making, and key chain decoration. Particularly compatible with European style bracelet pendants.
Package: includes 10 pieces of each size, totaling 30 stainless steel insert rubber stopper beads.
Enhance your creativity with the PH PandaHall Slider Beads. They're not just crafting supplies; they're the essence of your personalized jewelry and style.
Ideal for DIY jewelry projects, offering a variety of sizes in one package.
Enhances the quality of jewelry designs, raising the overall work standard.
The beads hold firmly in place during use, effectively maintaining charm position.
Works excellently with leather and small chains as slider beads.
Makes bracelets easier to put on and take off, adding functionality to jewelry.
Sizes of holes may not match descriptions, making them unsuitable for some projects.
Rubber inserts in the beads can make it challenging to fit them onto certain bracelets.
Stainless steel color may not match other silver components in a project.
Lack of labeling on sizes requires trial and error to find the correct bead.
May not work well with threaded or thicker chain bracelets due to size constraints.